Aeronomy data

oct11

plasma line movies
description
table of movies (start of table)

procdat.sc : script containing all the echotek plasma line data processed (even those without movies)
procdat.sc script containing all the usrp plasma line data processed
directory with 430 log files (.xls)

movies 2006
movies 2011

110325-27 t2401

110801-11 t1193 world day. (not all data found to process)

movies 2012
movies 2013
movies 2014
movies 2015

nov15 heating campaign (public access)

movies 2016

160210 compare coded uncoded during the day

160105: world day
160205: world day
jun16 heating campaign (public access)
160728->160805 world day
160830 : plasma line using 88 length code.
160901-160905 t2879 qihou's run
160923-160926 t3090 erhan/laura plasma lines from clp and topside.
160926-161001 t3089 bob kerr. tpsd and clp. single bm ch.
161031-161107 : oct16 hf heating campaign (public access).
161128-161203 : world day.. tpsd and clp movies.
161228-161231 : t3089 bob kerr. tpsd and clp. single bm, ch.

movies 2017

170102: t1193 worldday tpsd and cp
170104: t3150 qihou
170123-27: world day
170127-31 t3146 herb and frank
170131-02/03 t1193 world day. clp and tpsd
170201: hf test
170214: hftest
170223: hftest 8mhz
170307: hftest 8 mhz
170313: hf campaign (public access)
170504: hf test after 5 Mhz insulators installed
170505: t3145: herb and frank.
170521-26 may17 hf campaign (pubic access)
170607: t3145: herb and frank (clp and tpsd)
170623-26: t3146 herb and frank
170724-26: jul17 hf campaign (public access)
170727: isr summer school
170819: t3188 eclipse
170828: t3145 herb & frank
170913-15: t3149. scan grza 2->19 deg az .04 deg/sec;
170915-17 t1193 world day
170920: hurricane maria. linefeed falls into the dish.
171128: 1 hour test at noon. gr at 1.06 deg za.
171129: t3149. herb and frank. 50 secs clp,10secs tpsd
171227: t3145. herb and frank. 50sec clp, 10secs tpsd

movies 2018

180115-17 t1193 azswing 346-440. 10sec clp,10sec tpsd
180117-18 t3150 azswing 360deg, 6ms ipp, 346usec rf, clp,qihou
180129-0202 t1193 azswing 435->540 at .4deg/sec. 30 sec clp, 20 sec tpsd.
180215-17 t1193 azswing 435-540 30sec clp, 20sec tpsd.]
180307: hf test after maria. e-region enhancements, 1sec res movie. movie of spectra.
180309: hf test
180315: mar18 hf campaign. include t1193 run during the evenings.
180318-20: t3239 qihou. clp [10ms] and [clp+tpsd] at night. 435.9 enhancement from hf
180508-14 t3259 paul bernhardt
180606-08: t3238 erhan. clp [10ms ipp], tpsd[10ms ipp,500usec rf], tpsd[20ms ipp,1000usec rf]
180612-14: t1193 world day. clp 10ms, topside 10ms
180723 : t3289.. isr summer school. clp, tpsd
180724-25,30: t3259.. clp paul
180808-13: t3274 .. clp, tpsd
180919 : hftest clp echotek & usrp
180921-26: t1193 clp,tpsd
180926 : hftest 8mhz
181007: t3239 qihou clp 50 secs,, tpsd 30 secs. usrp and echotek,za=1.06
181101-09: hf campaign
181205-07: t3274 clp 50 secs, tpsd 10sec. za=1.1 deg. usrp and echotek.
181207-10: t3238 clp 10 secs tpsd 20 secs (rflen=500). za 15 (then 11). az 168-258
181226-29: t3239 qihou. clp 10ms ipp, 480usec rf. az=1.1

movies 2019

190104-08: t3150 clp echotek only, ipp/rf:10ms/350usec,1ms/45usec,3ms/150usec
190201-06: t1193 clp,echotek. za=1.06 deg, no az swing.
190405-08: t3325 clp,echoteck. za=1.06 deg. no az swing.
190522 : hftest at 5.125 Mhz (fof2 below 5.125 all run)
190530 : hftest at 5.125 Mhz.
190603 : hftest at 5.125 Mhz
190609 : hf heating campaign 09-14jun19
190629 :t3323
190829 :t3380 (just 1 day)
191002 :t3365. az sitting. clp:60secs,tpsd:30sec, pwr:10sec.
191011-12 :t3364. az sitting. clp:40secs, tpsd: 20 secs

27aug19: 13jun19 hf 3 secOn,offs with 10ms spectra
28dec18: compare plasma freq at 229 km from echotek and usrp
08feb19: disc i/o rates over a 10gbit link.
usrp/echotek disc space requirements.
13aug18: writing usrp data across the network
11oct16: plasma lines from uncoded or topside data.
09aug16: removing DC from usrp data.
16jun16: looking at hf usrp data from jun16 run.
19nov14: Location of clp raw data files
04apr14:t2876 measuring the electron line
22,26mar14: swarm satellite overflight
14feb14: removing rfi from the plasma line data.
05sep12: power profile cal dropouts.
28nov11:rediscovering the Galaxy using atm az swings.
30aug11: clp data taken with echotek card. removing the clutter.

Heating campaigns:

nov15 public access
jun16 public access
oct16 public access
mar17 public access
may17 public access
jul17 public access
mar18 public_access
nov18
jun19

SEE ALSO:
href="../software/aeronomy/aeronomy.html#clp">aeronomy clp software:

Abbreviations:

npl: nighttime plasma line

Changes in processing:

when things were added to the processing pipeline.
1703 - added arc removal.

throw out any ipps who have a power sample above a threshold (only for heights used for decoding).
Also used on not hf runs to remove lightning

1704 - started to make high res movies.

select a subset of range, freq so we don't have to smooth as much when displaying the images
for usrp: 32k freq chan by 4682 heights usually get smoothed,decimated by 19freq, 6 hght.
The high res movies usually have no smoothing in freq or hght (occasionally a factor of 2).

Location of raw Coded long pulse (clp) data taken with echotek

number of directories looking for .shs files that are written by the echotek cards when clp data is taken. The set of files found is merged with previous runs of the script and then archived in an idl save file.

filename (without the directory path)
experiment name. This is the directory where the data was found.

The naming convention is ProjectId_date (where date is the star to run).

index into the path arrays that we search through (see below). If the index is < 0 then this file is no longer on disc.
tmSesFrom1970 (unix time). This is the time of the last write to the file (this assumes that the files are copied preserving the last write time..)

an aeronomy run).

The link shows the current list of files by project Name
The columns contain:

1st line: last date that idl script searched for these files.
col1: index number (sorted by project name)
col2: the directory name holding the files
col3: total number of files we have seen
col4: total number of files that are currently on disc (as of the last run of the idl save script).
col5: the year,time for the first file in the directory (from col2)

The directory paths currently being searched (19nov14) are:
"/net/daeron/data",$
      "/net/rserv1/raid/radar/daeron",$
      "/net/rserv2/data/daeron",$
      "/share/aserv01/daeron",$
      "/share/aserv00/daeron",$
      "/net/aolck/export/raid4/daeron",$
      "/net/aolcj/media/AOLCJ_03/daeron",$
      "/net/aolcj/media/AOLCJ_03/rserv1",$
      "/net/aolcj/media/AOLCJ_04/daeron"

I need to write a script that will find the current location of any file (currently you need to run idl to do it).

Files,locations:

/share/megs/phil/x101/atm/clpshs/filelist .. directory holding info

flist.pro - idl program to search for files
shsfiles.sav - archive holding the files found
flbyexpnum.pro - print out files by experiment name

may14: plasma line movies (top)

I've made movies of the 10 second decoded plasma line images. The process is:

do the regular decoding /spectral computation of each 10 second average
create a jpeg file for each 10 sec spectra
use mencode (on linux) to make a .avi file from all of the jpegs of a run.

the command i'm using (10jan15..)

mencoder "mf://$inpdir/*_${chn}.jpg" -o $outf -mf type=jpg:fps=30 \
-ovc lavc -lavcopts vcodec=mjpeg
Prior to 10jan15 is was using -ovc copy.. this didn't work on quicktime, and positioning didn't work
I redid most of the movies to use the -ovc lavc encoder.

I've tested this on windows with quicktime and media player. they can both display it. Positioning also works.

I use mplayer (on linux) to then look at the movie.
the movie has the data, time, az,zaDome,zaCh and filename as a header for each frame of the movie

Making the movies:

programs/Files used:

program	location/purpose
mkmov.pro	/share/megs/phil/x101/atm/clpshs/movie/ input each 10sec decoded dataset, make image,output as jpeg file can output chan1, chan2, or chan12 combined (if 5.5,9.5 channels) output location: /net/aolcr/export/sdd1/phildat/atm/clpmovie/ jpeg names: projNam_yyyymmdd_ffff.nnnnh_chan.jpg projNam like t2693 yyyymmdd : date of start eg. 20150102.. may contain multiple dates if run stopped, started. ffff : number of data file nnn: 10 sec image number inside file (count from 1) chan: 1 - channel 1, 2:channel 2, 12: channel 1,2 combined.
mkmov.sc	/share/megs2_u1/phil/data/clpshs/ input jpegs from a run, create the .avi movie output movies: /share/megs2_u1/phil/data/clpshs/yyyymmdd_chnNN.avi chn1, chn2,chn12 command to make the movies :mencoder "mf://$inpdir/*_${chn}.jpg" -o $outf -mf type=jpg:fps=30 \ -ovc lavc -lavcopts vcodec=mjpeg
runit	/share/megs2_u1/phil/data/clpshs shell script to playback a movie call runit moviename.avi

Movie notes:

movies located in :/share/megs2_u1/phil/data/clpshs
sometimes the data is not available at night.

sometimes the individual frames were inspected (prior to making a movie). If no signal was seen at night, then the raw data was deleted (to save on disc space).

We could have missed some weak signals that could have been seen with a movie

Other times, there is a break in the data because of transmitter problems.

Notes on images:

the sensitivity is not the same for all movies

We can run the xmter:

single beam: We use only the carriage house (ch). It gets all of the power from the xmiter
dual beam: we use the ch and the gregorian dome

we have the option of splitting the power any way we want between the ch and the dome. Typically we set it so the both return similar s/n power profiles.
It is possible to put all of the power in the dome (if we just want the plasma line data..)

If the xmter is having problems, we may run at a reduced power output.

The vertical (range) oscillation of the up shifted line is probably from the beam swinging (parallel and perp to the magnetic field lines).
sometimes we see plasma lines during the night time.
On some days the line appears before sunrise.. even before sunrise of the conjugate point (at the altitude of interest).
Occasionally there is a lot of jumping near the peak at sunrise.
horizontal strips equal to the baud length are usually lightning. You will see them in the afternoon

there are still a few data sets i need to process in 2014.. (data no longer on disk). and all of 2013 needs to be done with the bands combined
typical freq coverage for echotek movies:

chn12 covers 433 to 442 Mhz (+3 to +12)

chn1 covers 433 to 438,
chn2 covers 437 to 442.

When movies had lots of wave action (mainly during the morning rise.. I've add the label spread F.. This is mainly for searching for these interesting incidents.

Directory holding .avi files: /net/aolcr/export/sdd1/phildat/atm/clpmov

Which movie format to use:

linux: use .avi
mac: use .mov (quicktime movie)
windows .. whatever works...

Access to the movies

Most movies are available to the world to view/download.
Movies with LocOnly are accessible only from the internal AO net (or via password..)

this limitation is for certain experiments (mainly the HF runs). after 18 months all movies become world accessible.

Some interesting movies:

20150709_13 : lots of wave action through the morning
20160105_2c : wave action morning.
Eregion hf enhancement not at hf frequency. Sometimes stronger when hf off

20170504: ch -> usrp

13:48:00 433.35 with hf off

20180613 t1193 .. no hf
20180809_4 t3274 .. no hf
20181007_1 t3239
20181007_2 t3239

20180318: 435.9 Mhz hf enhancement seen in tpside data

hf notable movies

20170315_exp9_hf_usrp.avi paul's pancakes
20190612 exp 13.06. link to movie of spectra at 10ms time resolution.

table of pre 2011 clp movies
name * --> nightime line	ant used	proj	#imgs	file Gb	Notes yy/mm/dd_hh:mm	date movie added
20060331_chn1.avi 20060331_chn1.mov	ch?	mike nichols		.290	up,downshifted plasmaline. Movie assumes it was -5.5,5.5 only made movie of -5.5, +5.5 had no tx samples. Data: 0331: 11:00 to 17:10	170005

2011 clp movies
2011 movies
20110325_27_chn2.avi 20110325_27_chn2.mov	ch	t2401	1750	.647	ch za=0. sitting. 2 5mhz bands +/- 5.5Mhz data 20110325 to 20110327 20110325: 14:30 to 19:00 20110326: 07:30 to 19:10 20110327: 10:15 to 21:45	150908
20110801-11 t11193 worldday setup determined in 2018... dualbeam, azswing: gr=15, ch=0 echotek [-5.5,-5.5] [chn1=gr,ch2=ch] clp: ipp 10ms, rf=440 may have been other exp also run.
20110801_chn2.avi 20110801_chn2.mov	ch	t1193		.21	ch za=0 !data: 08/01: 12:24 to 15:50	180628
20110802_chn2.avi 20110802_chn2.mov	ch	t1193		.3	ch za=0 data: 08/02: 07:17 to 12:26	180628
20110804_chn2.avi 20110804_chn2.mov	ch	t1193		.6	ch za=0 data: 08/04 07:06 to 16:18	180628
20110805_chn1.avi 20110805_chn1.mov 20110805b_chn1.avi 20110805b_chn1.mov	gr	t1193			data 20110805 06:07 to 11:15 data 20110805 14:32 to 19:00	180624
20110806_chn2.avi 20110806_chn2.mov 20110806b_chn1.avi 20110806b_chn1.mov	ch gr				data 20110806 06:39 to 14:32 waves on topside echotek trouble with gr data. data 20110806 15:41 to 19:00
20110807a_chn1.avi 20110807a_chn1.mov	gr				data 20110807 07:27 to 09:10
20110810_chn1.avi dome za=15,azswing 20110810_chn1.mov 20180810_chn2.avi ch, za=0 20180810_chn2.mov High res movie of e region,.	gr				data 20110810 06:20 to 18:54 chn1 is dome with azswing chn2 is the ch looking straight up.
end 20110805
20111128_29_chn1.avi 20111128_29_chn1.mov	ch,gr	t1193	700	.276	ch,gr, gr za=15,ch za=0, az swinging. 2 5Mhz bands centered at 439.5 (ch,dome made movie of chan 1 (ch). data: 20111128 to 20111129 20111128: 13:13 to 18:01 20111129: 07:09 to 15:30	150804

2012 clp movies
2012 movies
20120113_chn1.avi 20120113_chn1.mov	gr,ch	t1193	746	.27	+5.5, -5.5 bands run 12jan12-23jan12 not processed: 12jan12 13jan12: 07:00 to 13:00 zagr=12, zach=15 +5.5, -5.5 .. +5.5 is dome since is see az dependence	160421
20120120_23_chn2.avi 20120120_23_chn2.mov	gr,ch	t1193	7948	2.9	[-7.5,7.5] mhz bands. made movie of +7.5 azwing. zagr=12,ch=15 all power to dome ? 20jan 10:00 start, 23jan: 04:15 stop had problem 3:00 23jan .no data after this.	160421

2013 clp movies
2013 movies
20130412_15_chn12.avi 20130412_15_chn12.mov	ch	t1193	8124	3.5	ch only. [5.5,9.5] bands combined in 1 image. no rfi removal done. data:20130412_17:55 to 20130415_13:50 no missing data: cme occurred during run.	150115
20131019_chn2.avi 20131019_chn2.mov	ch	t2635	515	.2	ch only, at 0 deg za. -5.5,+5.5 bands (only made movie of +5.5) data:13/10/19_11:20 to 13/10/19_14:00	150119
20131104_07_chn12.avi 20131104_07_chn12.mov	gr ch?	t1193	6051	2.6	dome za=15, ch za=0, beam swinging [5.5,9.5] bands both from dome. no rfi removal done each 5Mhz band is s separate movie (need to generate the combined movie) data:13/11/04_15:52 to 13/11/07_20:00 missing data: 11/04_21:00 to 11/05_05:06 11/05_ 21:00 to 11/06_02:19 11/06_21:00 to 11/07_02:11 11/07_13:18: dome za swings brought ch to za=10 sweep dome 19 to 5 degrees in za at .04 deg/sec az fixed at 280 (should have been 270) till 20:00 13/11/07. 20131106: lines appears 03:15 am 20131107: line appears 03:20 am 11/08 did sweep with az=270 (see below)	150115
20131108_chn1.avi 20131108_chn1.mov	gr ch	t1193			sweep dome 19 to 5deg za at .04 deg/sec. az=270deg data: 20131108_08:15 to 20131108_13:00 bands 5.5 dome, 5.5 ch (i think this was the order) only made a movie of dome (chn1)	150115

2014 clp movies
2014 movies
20140108_chn2.avi 20140108_chn2.mov cme..	ch	t1193	3097	1.2	ch=6.5, dome=15(not used), beam swinging, no rfi removal. data:2014/01/08 to 14/01/10 no overnight data. data times: 01/08: 13:48 to 19:00 01/09: 06:45 to 19:09 01/10: 06:05 to 19:05 run was to monitor a cme. only made a movie of the +5.5 band	150115
*20140129_31_chn12.avi 20140129_31_chn12.mov	ch	t1193	1817	.8	ch at 0deg, 435.5,439.5 bands combined data:14/01/29_16:10 to 14/01/31_07:31 missing data: 01/29 : 20:50 to 01/30: 03:00 01/29: 07:40 to 15:55 nighttime plasmaline visible night of 30 , 31 large disturbance at peak during sunrise of 30jan14 (spread f?) qq	150118
* 20140131_chn12.avi 20140131_chn12.mov	ch	t1193	3156	1.6	ch at 0deg 435.5 and 439.5 5mhz bands combined. data:14/01/31_15:14 to 14/02/03_08:01 deleted data: 01/31_20:10 to 02/01_01:55 02/02_21:40 to 02/03_03:45 no rfi excision done saw plasma line through most of the nights I should not have deleted the data (this was before i used movies to check for the plasma line	150115
*20140131_ch12_mpg4.avi	ch	t1193	3156	.17	testing mpeg4 encoder same as above, but used mpeg4 encoder. compresses by a factor of 10 more.. not sure whether the signal quality is as good...	150116
Rfi excision started
*20140203_04_chn12.avi 20140203_04_chn12.mov	ch	t1193	908	0.4	ch za=0, continuation of above. 435.5 and 439.5 bands combined data:14/02/03_15:45 to 14/02/04_23:03 no data: 02/03_ 21:20 to 02/04_16:04 saw plasma line till 23:10 on 02/04	150115
20140331_0406_chn12.avi 20140331_0406_chn12.mov	ch	t1193	4689	1.9	ch za=15, beamswinging 435.5 data: 14/03/31_10:44 to 14/04/06_ 13:30 no data 03/31_19:51 to 04/01_04:25 04/01_20:00 to 04/02_05:53 04/02_20:02 to 04/05_07:20.. long gap is xmiter trouble 04/05_18:20 to 04/06_07:19 for daytime, at our highest range (690km) line was still at 5 Mhz.	150115
*20140501d_chn12.avi	gr ch?	t2686			frank and herb movies from individual bands made. saw line through the night in 2nd band. Need to make combined image. decoded files not currently on disc...
*20140502c_chn12.avi		t2686			movies from indivdual bands made. need to create combined movie.. but data no longer on disc. ran coded (20 sec) then uncoded (20sec) clp bands at 5.5 and 10 Mhz6 processed both bands fof2 8-10 mhz all night 20140502c_chn1.avi, 20140502c_chn2.avi . 447 Mbytes each lower band. lost signal around 7:30. was going out of image (700 km around 4 mhz). upper band. could follow fof2 until around 10:30 (very weak) looks like it might have been coming back around 3am but not sure..
20140723_24_chn12.avi 20140723_24_chn12.mov	ch gr	t1193	1481	.6	power split dome, ch. [5.5,9.5] bands dome za=15, beam swinging. data: 07/23_17:23 to 07/24_20:00 missing data: 07/23_20:06 to 07/24_06:40 07/24_07:30 to 07/24_17:30	150719
20140725_28_chn12.avi 20140725_28_chn12.mov	gr	t1193	3003	1.3	dome 1.1,ch=8.8, az=285. no beam swinging later moved to: dome: 9.2, az=348 I think all of the power went to the dome.. need to check. 435.5, 439.5 bands combined data:14/07/25_07:06 to 14/07/28_18:45 no data: 07/25_19:09 to 07/27_07:09 07/27_18:40 to 07/28_08:00	150115
20140911_chn12.avi 20140911_chn12.mov	ch gr	t1193	4930	2.0	greg dome za=15, ch=0,beam swinging 435.5, 439.5 bands combined. both from dome data:14/09/11_18:40 to 14/09/13_12:46 no missing data cme occurred during run.	150115
20140913_chn12.avi 20140913_chn12.mov	ch gr	t1193	1992	.8	greg dome za=15,ch=0, beam swinging continuation of previous run 435.5, 439.5 bands combined. both from dome data: 14/09/13_14:29 to 14/09/14_07:20 no missing data.	150115
20140914_chn12.avi 20140914_chn12.mov	ch gr	t1193	2592	1.1	greg dome za=15,ch=0, beam swinging continuation of previous run 435.5, 439.5 bands combined . both from dome data: 14/09/14_08:59 to 14/09/15_07:05 no missing data	150115
20140919_22_chn12.avi 20140919_22_chn12.mov	ch	t2879	2470	.9	ch only, -5.5, 5.5 bands. made movie of +5.5 band data: 09/19_15:41 to 09/22_ missing data: 09/19_17:10 to 09/20_05:20 09/20_19:20 to 09/21_06:10 09/21_19:50 to 09/22_06:40	150115
20140927_chn12.avi 20140927_chn12.mov	ch gr	t1193	11864	4.8	greg dome za=15,ch=0. beam swinging 435.5, 439.5 bands combined . both from dome data: 14/09/27_10:30 to 14/10/01_15:31 no missing data	150115
20141118_chn12.avi 20141118_chn12.mov	ch	t2971	240	.1	ch only. za=0 435.5,439.5 bands combined data:14/11/18 10:39 to 11:58 data for Finnish students..	150115
20141215_16.chn12.avi 20141215_16.chn12.mov	ch gr	t1193	3409	1.4	greg dome za=15, ch=0. beam swinging 435.5, 439.5 bands combined. both from dome data: 14/12/15_11:19 to 14/12/17_13:25 nodata: 12/15_17:00 to 12/16_14:30 line appears 02:58 on 17dec1	150115
20141217_22_chn12.avi 20141217_22_chn12.mov	ch gr	t1193	13692	5.5	greg dome za=15, ch=0. beam swinging. 435.5, 439.5 bands combined. both from dome data: 14/12/17_13:52 to 14/12/22_13:01 no missing data line appears 02:40 to 02:58 on these days.	150115

2015 clp movies
2015 movies
*20150102_05_chn12.avi 20150102_05_chn12.mov	ch	t2963	4175	1.8	ch only. chn1:[5.5,9.5] bands. qihou with students data:20150102_16:00 to 20150105_07:30 missing data: 0102: 20:00 to 23:59 plasma line seen during the nighttime..	150115
*20150107_09_chn1.avi 20150107_09_chn1.mov href="../share/phildat/atm/clpmovie/20150107_09_chn2.avi">20150107_09_chn2.avi 20150107_09_chn2.mov	ch	t2604	2285 2285	.7 .7	ch only. -5.5,5.5 bands,ming chan lee. data: 15/01/07 to 15/01/09, late night to early morning only.. 07-08 22:49 to 04:44 08-09 22:56 to 03:42 09-10 22:31 to 03:29 line weak but visible 07,08 through most of the night 01/08 01/09_3:27 line appears with fof2 around 5.5 mhz.	150115
20150119_23_ch12.avi 20150119_23_ch12.mov	gr ch	t2962	13203	5.7	5.5,9.5 bands from dome, beam swinging. dome za=15. about 1/3 power to ch,2/3 to dome. Power ranged 800kw to 1Mw combined.(do to problems with modulator). data:15/01/19_19:12 to 15/01/23_07:30 missing data (did not cover the daytime) 01/20_7:30 to 15:45 01/21_7:30 to 18:00 01/22_7:30 to 17:45 01/23_7:30 to 16:30	24jan15
20150123_24_chn12.avi 20150123_24_chn12.mov	gr ch	t2962	7423	3.2	continuation of above through the weekend 5.5,9.5 . runs day and night. power 1/3 ch, 2/3 dome as above data: 1501/23_ 16:30 to 15/01/25_01:00	26jan15
20150125_26_chn2.avi 20150125_26_chn2.mov	ch	t2962 t2878	5301	2.1	switched to ch only -5.5,+5.5 bands (made movie of +5.5) ch at 0, no beam swings. all power ch (about 1Mw) labeled at 2962 but actually t2878 (didn't restart daeron program). data: 15/01/25_01:25 to 15/01/26_07:30 missing data: 01/25_08:30 to 10:02 line barely visible 01/26 in the morning
*20150216_chn12.avi 20150216_chn12.mov	ch	t2961	1035	.44	5.5,9.5 Mhz bands from ch. za=0 (frank and herb) data: 150216_18:18 to 150216_22:04 no missing data plasma line visible entire time	17feb15
*20150216_17_chn2.avi 20150216_17_chn2.mov	ch	t2961	4920	1.6	Continuation of above experiment -5.5,+5.5 bands from ch at za=0. then dome movie only +5.5 data: 150216_22:04 to 150217_13:04 150217_08:03 switched from ch za=0 to dome az=348. za swings 1.1 -> 19.6 -> 10. az=168 za swing 10->1.1->10 za=15, moveazsit 348,168 10 min sit at each position plasma line visible the entire nite (if you look hard...)	19feb15
*20150217_chn12.avi 20150217_chn12.mov	gr	t2961	1277	.52	continuation of above experiment dome only. az=348, za=15 data: 150217_16:56 to 150217_21:42 start: till 19:26 +7,+11 bands 19:27 -> 21:42 +5.5, +9.5 mhz line got up to 13.4 Mhz You can barely follow the line till 21:30.. it was still around 10Mhz.	19feb15
*20150217_19_chn2.avi 20150217_19_chn2.mov	gr	t2961	13134	4.3	continuation above experiment dome only, [-5.5,+5.5] made movie of +5.5 data 150217_13:03 to 150219_14:20:00 missing: 0217_16:43 -> 0217_21:42 took [+7,+11] (see movie above) 0218_3:53 line appears.. lots of wave action till about 07:00 0218_ 07: to 10 za swinging. dome to za=15. moveazsit till 0219 morning 02_18 evening: barely see line around 7-8 Mhz	21feb15
20150219_21_chn12.avi 20150219_21_chn12.mov	gr	t2961	3017	2.7	continuation of above experiment . dome only data: 150219_14:24 to 150219_18:31 [+6, +10] mhz bands 150221_08:05 to 150221_16:00 [5.5,9.6] mhz bands This is the daytime data with two upshifted bands	22feb15
20150219_21_chn1.avi 20150219_21_chn1.mov	ch gr	t2961	9929	3.6	continuation of above experiment. -5.5 band only data: 150219_18:36 to 150221_08:05 0219_18:36 to 0220_0653 . ch za=0 0220_ 06:51 - 08:51 dome 0220_08:51 to 0221_06:53 ch 0221_06:53 - 08:05 dome for more info see t2961 page Notes: 0220_03:05 line at 424.5 Mhz the file 19_21_chn2.avi has the upshifted line for the nightime observations. The nighttime plasma line is stronger.	26feb15
*20150219_21_chn2.avi. 20150219_21_chn2.mov.	ch gr	t2961	7298		continuation of above experiment. +5.5 band only nighttime upshifted line data: 150219_18:36 to 150220_06:51 ch za=0 150220_06:51 to 08:41 dome, za=15 150220_18:36 to 150221_06:53 ch za=0 150221_6:53 to 150221_08:05 dome, za=15 Notes 0219_21:00 line at 7.3Mhz. visible entire night 0220_22:45 line at 7.7Mhz, 310km. weak but visible for the rest of the night.. above video of downshifted line did not see the line.	26feb15
*20150217_usrp.avi 20150217_usrp.mov	ch	t2961	6037	1.3	data from above experiment taken with 25Mhz usrp centered at 430 Mhz. data: 150219_19:06 to 21:36 150220_08:55 to 21:58 150221_08:06 to 15:58
20150317_20.chn12.avi 20150317_20.chn12.mov	ch gr	t1193	6329	2.8	cme. 5.5, 9.5 Mhz bands. data from dome power split dome, ch, swinging, dome at 15deg data: 150317_16:50:00 to 150320_07:13 missing data: 150319_ 07:00 to 15:00 didn't see any nightime plasma line signal range went > 700km after cme.	24mar15
20150317_usrp.avi 20150317_usrp.mov	ch	t1193	2118	1.1	cme using 25Mhz bw, to 850Km using usrp ch at za=0. pwr split between dome, ch. data 150217_17:23 to 150218_10:02 25 Mhz centered at 430 Mhz folded downshifted over onto upshifted to increase signal to noise No nighttime plasmaline seen
20150320_24.chn12.avi 20150320_24.chn12.mov	ch gr	t1193	14943	6.5	continuation above experiment: 5.5,9.5 from dome power split dome,ch, swinging, dome at 15deg data: 20150320_16:25 to 20150324_07:00 missing data: 20140223: and hour or so around 18:00 mod anode trouble.lowered Voltage to 70 kv, then 64kv, then 62kv data continuous 20150323_17:49 radar interference at 436 Mhz 20150323_20:31 . voltage lowered to 62kv, put all the power in the dome	24mar15
20150422_chn12.avi 20150422_chn12.mov	ch	t2975	734	.3	ch za=0, 70kv . data 150422_20:56 to 150423_0729 excocube satellite	24mar15
20150518_20_chn12.avi 20150518_20_chn12.mov	ch	t2999	5625	2.5	ch za=15, swinging, 1Mw max data 150518_17:20 to 150519_07:04 150520_05:04 to 150520_07:02 lots of wave action in the AM.especially 150520	24may15
20150522_chn12.avi 20150522_chn12.mov	ch	t2975	1764		ch za=0 data 150522_12:10 to 150523_12:45	25may15
20150609_chn12.avi 20150609_chn12.mov	ch	t2975	313	.138	ch za=0 data 150609 05:00 to 09:32	04aug15
20150618 heater page	ch	t1193			first light heater .. afternoon movies, explanations are on heater page: 20150618	04aug15
20150619 heater page	ch	t1193			first light heater.. nighttime.. 3 transmitters movies, explanations are on heater page:20150619	05aug15
20150709_13_chn12.avi 20150709_13_chn12.mov (morning wave action, rapid collapse).	gr	t3000 t3002	9080	3.9	dome, za=15, swinging data: 150709 to 150713 150709: 15:43 to 20:02 150710: 08:02 to 15:28 .. then tx problems 150711: 07:35 to 20:00 lots of wave action in morning... 150712: 06:52 to 20:12 150713: 06:18 to 19:57 rapid collapse around early morning.. then lots of wave action (spread F?)	05aug15
20150715_17_chn12.avi 20150715_17 _chn12.mov	ch	t1193	10185	4.4	ch, za=15, swinging data: 150715 to 150717 150715: 08:25 to 15:30 (ast) 150716: 05:48 to 20:28 (missing 15:30 to 18:50) 150717: 05:22 to 15:00	06aug15
20150922_chn1.avi 20150922_chn1.mov 20150922_chn2.avi 20150922_chn2.mov	ch	t3045	1251	.462	sband 2 tone experiment az=168, ch=7.5, dome=1.07 chn1: -5.5 Mhz downshifted band chn2: 5.5 Mhz upshifted band data: 20:30 to 24:00 more info	22sep15
20150923_chn1.avi 20150923_chn1.mov 20150923_chn2.avi 20150923_chn2.mov	ch	t3045	1110	.410	sband 2 tone experiment az=168, ch=7.5, dome=1.07 chn1: -5.5 Mhz downshifted band chn2: 5.5 Mhz upshifted band data: 21:00 to 24:00 more info	23sep15
20150924_chn1.avi 20150924_chn1.mov 20150924_chn2.avi 20150924_chn2.mov	ch	t3045	1275	.471	sband 2 tone experiment az 168,ch=7.5, dome=1.07 -5.5,+5.5 bands data: 20:30 to 24:00 more info	25sep15
20151106_chn2.avi 20151106_chn2.mov	ch	t1193	12468	4.4	test run with heater and ch. -5.5 +5.5 az=500,zach = 0 .5 second integrations rcp gave echo az=500, ran most of the time with 1 sec on 2 sec off. data: 16:39 to 18:21
nov15 heating campaign (public access)
*20151109pb_chn1.avi 20151109pb_chn1.mov 20151109pb_chn2.avi 20151109pb_chn2.mov	ch	t2565	1080	.397	paul bernhardt all power in ch. -5.5,+5.5 bands 20 ms ipp, 1ms rf pulse cycle hf 5min on , 5 min off times: 18:46 to 00:46 description of what we did npl in hf off for most of the night's data
20151110_chn1.avi 20151110_chn1.mov 20151110_chn2.avi 20151110_chn2.mov	ch gr	t2869	457	.168	suman ganguly ch,gr [-5.5,+5.5] bands 1 from ch, 1 from gr 1 ms rf pulse, 20ms ipp hf cw az=348,zagr=4.5, zach=4.5 then moved to all pwr in ch, zach=0 times: 5:21 to 7:57 description of what we did
20151110hf_chn1.avi 20151110hf_chn1.mov 20151110hf_chn2.avi 20151110hf_chn2.mov	gr	t2567	1917	.7	herb and frank ch and gr (90% power to gr) (check) [-5.5,+5.5] bands coming from gr 440 usec rf pulse, 10 ms ipp az=348, grza=10.5, chza=0 (but see notes) hf 5min on, 5 min off times 16:21 to 22:00 (rest of night was nighttime plasma line.. see next movie) description of what we did
*20151110npl_chn1.avi 20151110npl_chn1.mov 20151110npl_chn2.avi 20151110npl_chn2.mov	ch	t2567	2975	1.1	nightime plasma line .. no hf all power in ch. [-5.5,+5.5], chza=0 times: 22:00 to 9:52 description of what we did saw npl most of night (till fof2 drops below 3 mhz).
20151111hf_chn1.avi 20151111hf_chn1.mov 20151111hf_chn2.avi 20151111hf_chn2.mov 20151111_30_hf_chn1.avi 20151111_30_hf_chn1.mov	gr	t2567	2158	.75	herb and frank ch and gr (90% power to gr) (check) [-5.5,+5.5] bands coming from gr 440 usec rf pulse, 10 ms ipp az=348, grza=10.5, chza=0 (but see notes) hf 2.5 min on , 2.5 min off times 17:02 to 23:03 (rest of night was nighttime plasma line.. see next movie) description of what we did 30 second integrations.. the bottom 2 movies are 30 second integrations of chn1 for herb..
*20151111npl.chn1.avi 20151111npl.chn1.mov 20151111npl.chn2.avi 20151111npl.chn2.mov	ch	t2567			nighttime plasma line .. no hf all power in ch [-5.5,+5.5] files 199 to 478. used same projid as t2567 times: 23:04 to 7:39 description of what we did saw npl most of the night
*20151112pb_chn1.avi 20151112pb_chn1.mov 20151112pb_chn2.avi 20151112pb_chn2.mov	ch	t2565	1983	.73	paul bernhardt all power in ch. -5.5,+5.5 bands 20 ms ipp, 1ms rf pulse hf 5 min on, 5 min off chirped the hf signal during the on times: hf 17:44 to 21:30 npl 21:30 to 1:04 satellite pass 1:04 to 2:02 2:02 to 4:46 hf off, npl description of what we did saw npl for all night.
20151113sg_chn1.avi 20151113sg_chn1.mov 20151113sg_chn2.avi 20151113sg_chn2.mov	ch gr	t2869			suman ganguly dual beam daeron:-5.5,+5.5 bands from ch usrp measured 25Mhz from gr za=4.5 for ch and gr, az=348 hf cw. 5 tx's used 1ms rf pulse, 20 ms ipp times: 5:24 to 7:35 description of what we did
*20151113jm_chn1.avi 20151113jm_chn1.mov 20151113jm_chn2.avi 20151113jm_chn2.mov	ch	t2877	3060	1.1	sumanta and john mathews 1ms rf, 20ms ipp [-5.5,+5.5] bands. all power to ch chza=0 hf 5min on, 5min off cycle times: 16:46 to 21:32 hf on 19:00 to 20:00 pb step freq 10khz each minute 21:33 to 00:25 npl, no hf 00:25 - hf on , satellite pass 9:45 daeron stop recording 9:47 hf off description of what we did' saw npl entire night..
20151114hf_chn1.avi 20151114hf_chn1.mov 20151114hf_chn2.avi 20151114hf_chn2.mov	gr	t2567	1830	.64	herb and frank ch and gr (90% power to gr) (check) [-5.5,+5.5] bands coming from gr 440 usec rf pulse, 10 ms ipp az=348, grza=10.5, chza=0 (but see notes) hf 2.5 min on , 2.5 min off times 16:26 to 21:23 hf on description of what we did
*20151114npl_chn1.avi 20151114npl_chn1.mov 20151114npl_chn2.avi 20151114npl_chn2.mov	ch	t2567	3368	1.2	nighttime plasma line (no hf ) [-5.5,+5.5] bands. all power to ch, chza=0 times 21:24 to 8:098 description of what we did saw npl most of the night
End nov15 hf campaign
20151209_chn12.avi 20151209_ch12.mov	ch	t1193	12707	3.2	5.5,9.5 Mhz bands, ch, za=0, daytime dual beam, data:151209 to 151210 1209: 09:21 to 18:58 1210: 07:10 to 19:39	20dec15
20151209_chn1.avi 20151209_chn1.mov	ch	t1193	4760	1.7	5.5 Mhz band, ch za=0. nighttime dual beam data: 151209 to 151211 1209: 19:02 to 07:10(1210) 1210: 19:39 to 20:43 (then disc err)	20dec15
20151209_usrp.avi 20151209_usrp.mov	gr	t1193	6959	3.5	25Mhz band about 430. gr,za=15,daytime dual beam, usrp data:151209 to 151210 1209: 11:36 to 18:07 1210: 07:00 to 20:00
20151211_chn12.avi 20151211_chn12.mov	ch	t1193	9329	3.7	5.5,9.5 Mhz bands, ch, za=0, daytime dual beam data:151211 to 151213 1211: 07:40 to 19:03 1212: 07:10 to 19:05 1213: 07:32 to 09:58	20dec15
20151211_chn1.avi 20151211_chn1.mov	ch	t1193	8776	3.1	5.5 mhz band, ch, za=0, nighttime dual beam data: 151211 to 151213 1211: 19:03 to 07:00 (1212) 1212: 19:05 to 07:32 (1213)	20dec15
20151211_usrp.avi 20151211_usrp.mov	gr	t1193	7194	3.6	25 mhz band about 430. gr,za=15 dual beam, usrp data: 151211 to 151212 1211: 7:22 to 08:58 12:43 to 19:04 1212: 07:01 to 19:05	03jan16

2016 clp movies
2016 movies
*20160104_chn1.avi 20160104_chn1.mov	gr,ch	t2693	4757	1.7	dual beam then single beam. movie of 5.5 band only (433 to 438MHz) az: 348,258. za ch=0, gr=15 data 160104 to 160105 0104: 15:47 dual beam, 5.5 band from gr 18:50 dual beam switched to 5.5 band from ch ? 20:30 switched to all power in ch. stayed till end of run
world day 05jan15 -> 12jan16.. echotek gr continuous, usrp ch daytime:07,08,09,10. i broke the movies up into about 3Gbyte movies.
20160105_1a_chn12.avi 20160105_1a_chn12.mov 05-06jan16	gr	t1193	8705	3.5	t1193 dual beam, za ch=0, gr=15,azswing echotek, gr, +5.5,+9.5 bands -> movie usrp, ch, 25 Mhz recorded, movie of +/- 9Mhz run 05->12jan16. split movies into 3gb sections. data 05-06jan16 05: 09:19 to 06: 10:52	20jan16
20160105_1b_chn12.avi 20160105_1b_chn12.mov 06-07jan16		t1193	8698	3.5	continuation t1193, gr za=15 data 06-07jan16 06: 10:52 to 07: 11:08 no data 07: 07:32 to 09:40	20jan16
20160105_1c_chn12.avi 20160105_1c_chn12.mov 07-08jan16		t1193	8741	3.5	continuation t1193 , gr za=15 data 07-08jan16 07: 11:08 to 08: 13:31 no data 08: 07:32 to 09:40	20jan16
20160105_2a_chn12.avi 20160105_2a_chn12.mov 08-09jan16	gr	t1193	8056	3.2	continuation of t1193_05jan15 run gr 5.5,9.5,dual beam,1/2 power to dome. data 08-09Jan16:(files 2400 to 3138) 08jan16 13:34 to 09jan16 12:00	20jan16
20160105_2b_chn12.avi 20160105_2b_chn12.mov 09-10jan16	gr	t1193	8043	3.3	continuation of t1193_05jan15 run gr 5.5,9.5, dual beam data 09-10jan16 (files 3139 to 3877) 09jan16 12:00 10jan16 14:05 no data 10jan16: 09:12 to 12:25 repairing az encoder	20jan16
20160105_2c_chn12.avi 20160105_2c_chn12.mov 10-11jan16	gr	t1193	7961	3.3	continuation of t1193_05jan15 run gr 5.5,9.5, dual beam data 10-11jan16 (files 3878 to 4609) 10jan16 14:04 11jan16 12:37 spread f, waves morning of 11th	20jan16
20160105_2d_chn12.avi 20160105_2d_chn12.mov 11-12jan16	gr	t1193	6953	2.8	continuation of t1193_05jan15 run gr 5.5,9.5, dual beam data 11-12jan16 (files 4610 to 5248)	20jan16
20160106_usrp.avi 20150106_usrp.mov 06-07jan16 usrp	ch	t1193	7668	3.0	part of t1193_05jan15 run usrp 25 Mhz recorded during the day. ch, za=0, dual beam made movie of +/- 9Mhz (25Mhz was decoded). data: 06-07jan16 06: 06:04 o 17:07 07: 07:40 to 17:58	20jan16
20160108_usrp.avi 20150108_usrp.mov 08-09jan16 usrp	ch	t1193	5744	2.3	part of t1193_05jan15 run usrp 25 Mhz recorded during the day. ch, za=0, dual beam made movie of +/- 9Mhz (25Mhz was decoded). data: 08-09jan16 08: 09:37 o 19:40 09: 07:45 to 19:14 no data 8:50 to 14:23	20jan16
end world day 05jan16 to 12jan16
world day 05feb16 to 10feb16: ch -> echotek (5.5,9.5), gr->usrp (daytime)
20160205_chn12.avi 20160205_chn12.mov	ch	t1193	5963	2.5	t1193 world day 05feb16-10feb16 dual beam, zagr=15, zach=0, azswing ch -> echotek (5.5,9.5) gr -> usrp (daytime )=25Mhz bw made movies +/- 11Mhz data 05-06feb16 05 11:44 to 06 11:18 see conjugate e- around 4am	08feb16 fof2_05_06
20160206b_1_chn12.avi 20160206b_1_chn12.mov	ch	t1193	8796	3.6	t1193 world day continued data : 06 11:44 to 07 12:20 pl appears at 4am	16feb16 fof2_05_06
20160206b_2_chn12.avi 20160206b_2_chn12.mov	ch	t1193	8797	3.6	t1193 world day continued data : 07 12:20 to 08 12:45 pl 1st appears 4:22am	16feb16
20160206b_3_chn12.avi 20160206b_3_chn12.mov	ch	t1193	8798	3.6	t1193 world day continued data : 08 12:46 to 09 13:18	16feb16
20160209_chn12.avi 20160209_chn12.mov	ch	t1193	6621	2.7	t1193 world day continued data : 09 12:46 to 10 13:18 missing data 09 17:38 to 18:40 09 19:55 to 22:21 pl appears at 3.5 mhz around 6:10 appears 1 hour earlier in usrp data at 3mhz.	16feb16
usrp movies from feb16 world day
20160205_usrp.avi 20160205_usrp.mov	gr	t1193	2920	1.2	t1193 world day dual beam, usrp 25mhz, movie +/-11mhz azswing, dome za=15 data: 05feb16 12:00 to 20:07	08feb16 fof2_05_06
20160306_usrp.avi 20160206_usrp.mov	gr	t1193	5399	2.2	t1193 worlday dual beam, usrp 25mhz, movie +/-11mhz azswing, dome, za=15 data; 06feb16 04:27 to 20:02	10feb16 fof2_05_06
20160307_usrp.avi 20160207_usrp.mov	gr	t1193	5408	2.2	t1193 worlday dual beam, usrp 25mhz, movie +/-11mhz azswing, dome, za=15 data; 07feb16 05:00 to 20:01	10feb16
20160208_usrp.avi 20160208_usrp.mov	gr	t1193	5380	2.2	t1193 worlday dual beam, usrp 25mhz, movie +/-11mhz azswing, dome, za=15 data; 08feb16 05:06 to 20:03	11feb16
20160209_usrp.avi 20160209_usrp.mov	gr	t1193	4744	1.9	t1193 worlday dual beam, usrp 25mhz, movie +/-11mhz azswing, dome, za=15 data; 09feb16 05:05 to 19:55	16feb16
coded (all) 20160210_usrp.avi 20160210_usrp.mov uncoded 160210 11:08 to 12:16 20160210_usrpunc.avi 20160210_usrpunc.mov mixed:coded,uncoded 160210 11:08 to 12:16 20160210_usrpmixed.avi 20160210_usrpmixed.mov	gr	t1193	4971	2.2	t1193 worlday dual beam, usrp 25mhz, movie +/-11mhz azswing, dome, za=15 ran all night..starting from 22:28. data 09feb16 22:28 to 24:00 10feb16 00:00 to 12:16 11:08 -12:16 alternated 10sec coded with 10 sec uncoded both with 440usec pulse mixed movie shows the coded and uncoded mixed together The uncoded data was computed with DC removal and rfi removal(redone 8aug16) You can follow the line in the uncoded movie up past 700 km (although it gets weak).	16feb16

end worlday 05feb16 to 10feb16
20160511_usrp.avi 20160511_usrp.mov Uncoded movie 20160511_usrpunc.avi 20160511_usrpunc.mov	ch	t3092	2337	1.2	ch, za=0, 1.2 mwatts alternate 10secoded, 10 sec uncoded rf pulse 440 usecs data: 11may16. 07:44 to 20:47	25may16
20160512_usrp.avi 20160512_usrp.mov Uncoded movie 20160512_usrpunc.avi 20160512_usrpunc.mov	ch	t3092	2042	1.0	ch, za=0,1.2 mwatts alternate 10 sec code, 10 sec uncoded data: 12may16 16:57 to 07:00 17:03 to 18:43 missing data	26may16
Jun 16 hf campaign (public access).
Gregorian dome hf_20160602bi_usrp.avi hf_20160602bi_usrp.mov Carriage house hf_20160602bi_chn2.avi hf_20160602bi_chn2.mov	gr ch	t2881	523	.28	brett isham: 160602. 19:00 to 21:00 clp 440usec rf pulse, az=285.002,dualbm, hf freq=5.1 Mhz hf cycle rfOn:.1,30,2 sec each min usrp:gr, za=1.06, 25Mhz echotek: ch, za=10, [-5.5,+5.5] mhz WARNING: ch timestamps are only accurate to 10-20 seconds. more info
Gregorian dome hf_20160602mcl_usrp.avi hf_20160602mcl_usrp.mov Carriage house hf_20160602mcl_chn2.avi hf_20160602mcl_chn2.mov	gr ch	t2689	1663	.88	min-chan lee: 160602. 21:00 to 04:00 clp 440usec rf pulse, az=285.002,dualbm, hf freq=5.1 Mhz hf cycle:rcp 15min,off 15min,lcp 15min,off 15min usrp:gr, za=1.06, 25Mhz echotek: ch, za=15, [-5.5,+5.5] mhz WARNING: ch timestamps are only accurate to 10-20 seconds. more info
20160603
Gregorian dome hf_20160602sg_usrp.avi hf_20160602sg_usrp.mov Carriage house hf_20160602sg_chn2.avi hf_20160602sg_chn2.mov	gr ch	t2869	1349	.72	suman ganguly: 160603. 04:00 to 08:00 clp 440usec rf pulse, az=348,dual bm, hf freq=5.1 Mhz hf rfOn continuous. usrp:gr, za=8.6, 25Mhz echotek: ch, za=0, [-5.5,+5.5] mhz WARNING: ch timestamps are only accurate to 10-20 seconds. more info
hf_20160602pb_usrp.avi hf_20160602pb_usrp.mov	gr	t2565	744	.39	paul bernhardt: 160603. 10:00 to 12:00 clp 440usec rf pulse, az=348, single bm hf freq=5.1 Mhz hf cycle rfOn:.1,30,2 sec each min usrp:gr, za=8.6, 25Mhz echotek: ch, za=0, [-5.5,+5.5] mhz more info
coded movie hf_20160603bi_usrp.avi hf_20160603bi_usrp.mov uncoded movie hf_20160603_usrpunc.avi hf_20160603_usrpunc.mov	gr	t2881	50	.03	brett isham: 160603. 15:13 to 21:12 az=285.002,single beam, hf freq=5.1 Mhz hf cycle rfOn:.1,30,2 sec each min usrp:gr, za=1.06, 25Mhz rf pulse 440 usecs 17:13 to 17:51 coded and uncoded 17:41 to 21:12 only uncoded more info	24jun16
Gregorian dome: hf_20160603mcl_usrp.avi hf_20160603mcl_usrp.mov Carriage house: hf_20160603mcl_chn2.avi hf_20160603mcl_chn2.mov	gr ch	t2689	1623 1610	.86 .59	min-chan lee: 160603. 21:13 to 04:00 clp 440usec rf pulse, az=285.002,dualbm, hf freq=5.1 Mhz hf cycle:rcp 15min,off 15min,lcp 15min,off 15min usrp:gr, za=1.06, 25Mhz echotek: ch, za=15, [-5.5,+5.5] mhz more info	24jun16 27jun16
20160604
Gregorian dome: hf_20160603sg_usrp.avi hf_20160603sg_usrp.mov Carriage house: hf_20160603sg_chn2.avi hf_20160603sg_chn2.mov	gr ch	t2869	1982 2077	1.1 0.76	suman ganguly: 160604. 04:00 to 10:00 clp 440usec rf pulse, az=168,dual bm, hf freq=5.1 Mhz hf rfOn continuous. usrp:gr, za=8.6, 25Mhz echotek: ch, za=0, [-5.5,+5.5] mhz more info	24jun16 27jun16
Gregorian dome: hf_20160603pb_usrp.avi hf_20160603pb_usrp.mov Carriage house: hf_20160604pb_chn2.avi hf_20160604pb_chn2.mov	gr ch	t2565	712 380	.37 .14	paul bernhardt: 160604. 10:00 to 12:00 clp 440usec rf pulse, az=348, dualbm hf swept freq.. also tried twisted beam. start az=168, zagr=1.06, zac10, then moved to zach=5, zagr=5 usrp:gr, 25Mhz, echotek: ch [-5.5,5.5] more info	24jun16 27jun16
uncoded movie hf_20160604_usrpunc.avi hf_20160604_usrpunc.mov	gr	t2881		.10	brett isham: 160604 18:00 to 21:19 1ms rf pulse, 20ms ipp, uncoded hf freq 5.1 mhz. hf cycle: .13/59..87, 30/30 , 2/58 secs on/off. each set for 10 minutes gr dome only. az=168, za=1.06 deg usrp only. 25mhz bw. 2nd half of movie has data from 05jun16 am run (see below). more info	15jul16
Gregorian dome: hf_20160604pb1_usrp.avi hf_20160604pb1_usrp.mov Carriage house: hf_20160604bpb_chn2.avi hf_20160604bpb_chn2.mov	gr ch	t2565	2499 2257	1.3 .83	paul bernhardt: 160604. 21:24 to 4:30 clp 440usec rf pulse, az=168, dualbm hf alternate:cw,rfoff,swept freq,rfoff swept freq: 40ms, 1 sec usrp:gr, 25Mhz, echotek: ch [-5.5,5.5] more info	24jun16 27jun16
20160605
uncoded movie see 2nd half of 160604 movie	gr	t2881		.22	brett isham: 160605 04:30 to 07:20 1ms rf pulse, 20ms ipp, uncoded hf freq 5.1 mhz. hf cycle: .13/59..87, 30/30 , 2/58 secs on/off. each set for 10 minutes gr dome only. az=168, za=1.06 deg usrp only. 25mhz bw. data in 2nd half of 160604 movie more info	15jul16
Gregorian dome: hf_20160604pb2_usrp.avi hf_20160604pb2_usrp.mov Carriage house: hf_20160605_5bpb_chn2.avi hf_20160605_5bpb_chn2.mov	gr ch	t2565	2881 2738	1.5 1.0	paul bernhardt: 160605. 07:28 to 12:00 (background till 15:28) clp 440usec rf pulse, az=168, dualbm hf cw and swept freq (40ms) zagr=1.06, zach=8.5 usrp:gr, 25Mhz, echotek: ch [-5.5,5.5] After 12:00 heater was off. had some lightning in afternoon. more info	24jun16 27jun16
Gregorian dome: hf_20160605bi_usrp.avi hf_20160605bi_usrp.mov	gr	t2881	50	.03	brett isham: 160605. 16:38 to 21:13 az=168.002,single beam, hf freq=5.1 Mhz hf cycle rfOn:.13,30,2 sec each min usrp:gr, za=1.06, 25Mhz rf pulse 1millisec codec more info 04apr23.. movies no longer on disc recomputed16:38 to 17:45. need to find spectra to do therest	24jun16
Gregorian dome: hf_20160605pb_usrp.avi hf_2016065pb_usrp.mov Carriage house: hf_20160605cpb_chn2.avi hf_20160605cpb_chn2.mov Spread F, wave motion sunrise, nohf.	gr ch	t2565	2881 3358	1.5 1.3	paul bernhardt: 160605. 21:17 to 07:01 clp 440usec rf pulse, az=168, dualbm hf cw and swept freq usrp:gr, 25Mhz, echotek: ch [-5.5,5.5] 00:25 160606 hf off. left 430 running till 07:01 more info	24jun16 27jun16
Carriage house: 20160606_chn2.avi 20160606_chn2.mov	ch	t2565	828	.31	paul bernhardt: 160606. 23:14 to 01:34 clp 440usec rf pulse, az=168,chza=0 singlebm hf cw with rf on, off echotek: ch [-5.5,5.5] hf 1sec on, 2 sec off till 00:00, then cw for satellite pass more info	27jun16
Carriage house: 20160607_chn2.avi 20160607_chn2.mov	ch	t2565	3104	1.2	paul bernhardt: 160607. 22:36 to 07:21 clp 440usec rf pulse, az=168,chza=0 singlebm hf echotek: ch [-5.5,5.5] hf 22:36 till 00:58 (satellite pass). HF then turned off. 430 left on till 7:21 more info	27jun16
End jun16 hf campaign
20160726_chn12.avi 20160726_chn12.mov	ch	t3012	1752	.72	t3012 radar summer school clp 440 usec, 10ms ipp, ch only echotek [9.5,5.5] mhz offsets data 26jul16 14 to 18 hours	28jul16
start jul16 world day 10ms ipp, 440 usec rf pulse, all data coded
gregorian -> echotek
gregorian/ echotek 20160728_chn12.avi 20160728_chn12.mov	gr,ch	t3090	1764	.73	t3090 dual beam. ch->usrp, gr->echotek za ch=0,zagr=15, swinging gr echotek:[5.5,9.5] ch usrp 25 Mhz data: 07/28 18:40 to 07/29 07:30	30jul16
gregorian/echotek 20160729_chn12.avi 20160729_chn12.mov	gr,ch	t3090	499	.2	t3090 dual beam. ch->usrp, gr->echotek za ch=0,zagr=15, swinging gr echotek:[5.5,9.5] ch usrp 25 Mhz data: 07/29 19:22 to 07/29 23:57 missing data: 07/29 19:32 to 23:57 looks like echotek signal went away (usrp still had signal). At 23:57 tx failed. fixed next morning	08aug16
gregorian/echotek 20160730_chn12.avi 20160730_chn12.mov	gr,ch	t3090 t3088 t1193 t3089	8973	3.7	t3090,t3088,t1193,t3089 dual bm ch -> usrp gr-> echotek (5.5,9.5) Mhz. zach=0,zagr=15, azswing data 07/30 09:36 -> 08/01 08:00 missing data 07/31 pwrdips lost config. noData 04:00 -> 08:03 11:49 -> 13:10	08aug16
gregorian/echotek 20160801_chn12.avi 20160801_chn12.mov	gr,ch	t3088 t3089	2893	1.2	t3088,t3089 dual bm ch -> usrp, gr->echotek (5.5,9.5) Mhz zach=0,zagr=15 azswing data:08/01 16:49 -> 08/02 08:00	08aug16
gregorian/echotek 20160802_chn12.avi 20160802_chn12.mov	gr,ch	t3088 t3089	3046	1.3	t3088,t3089 dual bm ch -> usrp, gr->echotek (5.5,9.5) Mhz zach=0,zagr=15 azswinging data: 08/02 16:18 to 08/03 08:00	08aug16
gregorian/echotek 20160803_chn12.avi 20160803_chn12.mov	gr,ch	t3088 t3089	3017	1.3	t3088,t3089 dual bm ch -> usrp, gr->echotek (5.5,9.5) Mhz zach=0,zagr=15 azswinging data: 08/03 16:27 to 08/03 07:58	08aug16
gregorian/echotek 20160804_chn12.avi 20160804_chn12.mov	gr,ch	t3088 t3089	2939	1.2	t3088,t3089 dual bm ch -> usrp, gr->echotek (5.5,9.5) Mhz zach=0,zagr=15 azswinging data: 08/04 16:04 to 08/05 07:59	08aug16
ch -> usrp
ch/usrp 20160728_usrp.avi 20160728_usrp.mov	gr,ch	t3090	1468	.78	t3090 dual beam. ch->usrp, gr->echotek za ch=0, zagr=15, swinging data: 07/28 19:58 to 07/29 07:30	08aug16
ch / usrp 20160729_usrp.avi 20160729_usrp.mov	gr,ch	t3090 t3088	1416	.75	T3090,t3088 dual bm ch-> usrp, gr-> echotek zach=0, zagr=15, azswing data: 07/29 20:00 to 07/30 19:12 missing data 07/30 00:01 to 09:25	08aug16
ch/usrp 160730->160802 usrp setup bad. no good data recorded.	gr,ch	t3088 t3089
ch/usrp 20160802_usrp.avi 20160802_usrp.mov	gr,ch	t3088 t3089	2856	1.5	T3088,T3089 dual bm ch-> usrp, gr-> echotek zach=0, zagr=15, azswing data: 08/02 16:54 to 08/04 19:12 missing data 08/02 20:00 to 08/03 02:00 Notes: movie clipped to 11Mhz. at 17:37 line went above this. 05:29 line appeared for 10 minutes. line visible down to about 2.5Mhz cme arrived around 17:00 ast	08aug16
ch/usrp 20160804_usrp.avi 20160804_usrp.mov	gr,ch	t3088 t3089	2598	1.4	T3088,T3089 dual bm ch-> usrp, gr-> echotek zach=0, zagr=15, azswing data: 08/04 16:55 to 08/05 07:59 missing data: none	08aug16
end jul16 world day
20160823_chn12.avi 20160823_chn12.mov	cd	s3106	695	.3	s3106 430 ranging to satellites single bm, ch ->usrp [5.5,9.5]Mhz satellite transit, then move to next position. ri data used for ranging. data: 0823 10:00 to 12:00	31aug16
28aug16-06sep16 run
20160828_chn1.avi 20160828_chn1.mov	ch	t2604	1258	.5	t2604 min-chang lee single beam. ch za=0,sitting echotek: freq [4.5, -4.5] 5 mhz bands movie + 2-7 mhz data:08/28 21:00 to 08/29 04:00 missing data: 08/29 00:09 to 01:52 (water) weak plasma till 00:00, back at 3:30	31aug16
20160829_chn2.avi 20160829_chn2.mov	ch	t2604	1778	.7	t2604 min-chang lee single beam. ch za=0,sitting echotek: freq [-4.5, 4.5] 5 mhz bands movie + 2-7 mhz data:08/28 20:37 to 08/29 04:00 missing data: none very weak plasma line 22:35 5.9 mhz for awhile then again at 3:00 5.8 Mhz.	31aug16
20160829_t3087.avi 20160829_t3087.mov	ch	t3087	229	.1	t3087 plasma line using clp 440 usecs short 5 minutes sections covering 160829 am thru 160830 pm echotek freq [5.5,9.5],ch single bm.	31aug16
20160830_t3087_88c_chn12.avi 20160830_t3087_88c_chn12.mov plasma line with 88 length code	ch	t3087	1422	.5	t3087 plasma line from 88length code rf 176 usec, 2usec baud ch za=0 echotek freq [5.5,9.5] 1024 fft, 4.8 khz resolution data:08/30 16:45 to 08/31 09:00 missing data: 08/30 20:30 to 08/31 04:00 08/31 06:15 to 07:10	31aug16
20160830_chn2.avi 20160830_chn2.mov	ch	t2604	1768	.7	t2604 min-chang lee single beam. ch za=0,sitting echotek: freq [-4.5, 4.5] 5 mhz bands movie + 2-7 mhz data:08/30 20:30 to 08/21 04:00 missing data: none weak plasma line all night 21:00 320km,436.1Mhz	01sep16
20160831_t3087_88c_chn12.avi 20160831_t3087_88c_chn12.mov plasma line with 88 length code	ch	t3087	1527	.5	t3087 plasma line from 88length code rf 176 usec, 2usec baud ch za=0 echotek freq [5.5,9.5] 1024 fft, 4.8 khz resolution data:08/31 16:19 to 09/01 09:00 missing data: 08/30 20:30 to 09/01 04:18 chn 1 missing i,q sample each 10 sec integration had move of the data flipped. small fraction (10%? was not flipped). I assume it was losing an i,q sample at beginning or end. For movie i reflipped band. Still see a weak portion going in wrong direction. chn 2 (9.5 chn) was ok.	02sep16
20160831_chn2.avi 20160831_chn2.mov	ch	t2604	1750	.6	t2604 min-chang lee single beam. ch za=15,azswing echotek: freq [-4.5, 4.5] 5 mhz bands movie + 2-7 mhz data:08/31 20:40 to 09/01 04:00 missing data: none no plasma line seen (chza=15) The _chn1 (-4.5) band. each 10sec integration had -4.5 and some +4.5. must have lost an i or q sample. see t3087_31aug16 for how it came out when line was present. +4.5 was ok.	02sep16
t2879 (qihou) setups: (link to t2879 usrproj page) 8ms ipp, 400 usec rf pulse clp, echotek daytime: dual beam +5.5 Mhz. ch za=0, dome za=15 dbraw 34p 70% 3.2 ms ipp, 88length code 25% clp. made movies of +5.5 dome 5% power night: single beam (ch za=0) -5.5,5.5) sbraw 34p 50% 2ms ipp, clp with 100 Usec rf pulse 45% clp. made movies of ch +5.5 ] 5% power.
ch single beam 20160901_01_sb_chn2.avi 20160901_01_sb_chn2.mov	ch	t2879	2843	1.1	single bm ch za=0, nighttime data: 09/01 17:24 to 09/02 06:33 weak plasma line most of the night movie jumps: 45 secs clp, then 50 secs 88 lencode, 5 secs barker.	09sep16
gr dual beam 20160901_02_db_chn2.avi 20160901_02_db_chn2.mov	gr	t2879	1087	.4	dual bm gr za=15,chza=0. daytime [5.5ch,5.5gr] Mhz bands. movie:gr data: 09/02 06:42 to 14:15 power fail at 14:15 till 18:30	09sep16
ch single beam 20160901_02_sb_chn2.avi 20160901_02_sb_chn2.mov ran daytime setup by accident	ch	t2879	735	.3	single bm ch za=0, nighttime ran dbraw 34p instead of sbraw 34p 3.2 ms 88 length code 70% 8ms 400 usec clp 25% still had -5.5,+5.5 bands data: 09/02 18:42 to 09/03 06:29 Missing data: 09/02 23:44 to 09/03 02:33 vme hung. had to reboot 09/03 02:33 t 06:29 no clp height data. forgot to do ifsetup after vme reboot. weak plasma line at night till lost signal at 23:44	09sep16
gr dual beam 20160901_03_db_chn2.avi 20160901_03_db_chn2.mov	gr	t2879	1657	.6	dual bm gr za=15,chza=0. daytime [5.5ch,5.5gr]Mhz bands. movie:gr. data: 09/03 06:41 to 18:32	09sep16
ch single beam 20160901_03_sb_chn2.avi 20160901_03_sb_chn2.mov	ch	t2879	2702	1.0	single bm ch za=0, nighttime data: 09/03 18:38 to 09/04 06:31 weak plasma line at night: 22:00 340km,434.6 01:30 260km, 435.2 03:00 290km < 433.	09sep16
gr dual beam 20160901_04_db_chn2.avi 20160901_04_db_chn2.mov	gr	t2879	1583	0.6	dual bm gr za=15,chza=0. daytime [5.5ch,5.5gr]Mhz bands. movie:gr. data: 09/04 06:34 to 18:31	09sep16
ch single beam 20160901_04_sb_chn2.avi 20160901_04_sb_chn2.mov	ch	t2879	2044	.76	single bm ch za=0, nighttime data: 09/04 18:31 to 09/05 06:35 weak plasma line at night: till 23:30 02;00 290km 433.9	09sep16
gr dual beam 20160901_05_db_chn2.avi 20160901_05_db_chn2.mov	gr	t2879	1386	.5	dual bm gr za=15,chza=0. daytime [5.5ch,5.5gr]Mhz bands. movie:gr. data: 09/05 06:37 to 18:28 missing data: 10:26 to11:22.power failure.	10sep16
ch single beam 20160901_05_sb_chn2.avi 20160901_05_sb_chn2.mov	ch	t2879	509	.2	single bm ch za=0, nighttime data: 09/05 18:36 to 09/05 21:53 missing data:19:12 to 20:13 had to stop early because of water leak in fans. weak plasmaline till 21:33 (then went below 3 Mhz).	09sep16
end 28aug16 run
20160923 thru 20161008 run (t3090:erhan/laura t3089: bob kerr)
t3090 (erhan,laura) 23sep16 - 26sep16. setup: dual beam. gr-> echotek [5.5,9.5], ch->usrp [25MHz] ch za=0, gr za=15 deg. az swing (stopped swinging 25sep16.. when fiber optic tension cable broke) 10sec of clp, 10ms ipp, 440usec rf pulse 10sec of tpsd 20ms ipp, 500 usec pulse 10sec of tpsd 20ms ipp, 1000 usec pulse computed plasma lines from clp and both topside pulses. For topside, ran with and with out rfi excision for comparison. rfi excision will clip off ion line.
gr/echotek 20160923_chn12.avi 20160923_chn12.mov 23sep16 to 26sep16	gr	t3090	7530	3.1	dual bm, echotek [5.5,9.5] from greg greg za=15, az swinging till 25sep16 05:04 when tension cable for fiber optics broke. data: 09/23 15:15 till 09/26..07:27 missing data: 09/25 13:35 to 14:49 (when checking the broken cable) 09/25 18:30 to 19:01 tx off.. 24,25 sep afternoons: lightning no plasma line seen at night in clp data (but seen all night in tpsd0.	08oct16
ch/usrp 20160923_usrp.avi (clp) 20160923_usrp.mov 20160923_usrp_tpsd_500.avi 20160923_usrp_tpsd_500.mov 20160923_usrp_tpsd_1000.avi 20160923_usrp_tpsd_1000.mov	gr	t3090	2492 1291 1299	1.4 .23 .21	ch za=0 to usrp movies made using: clp 440 usec rf pulse topside 500 usec rf pulse topside 1000 usec rf pulse data: 09/23 17:15 to 09/24 14:44 follow plasma line all night with tpsd data.	08oct16
ch/usrp 20160924_usrp.avi (clp) 20160924_usrp.mov 20160924_usrp_tpsd_500.avi 20160924_usrp_tpsd_500.mov 20160924_usrp_tpsd_500_norfi.avi 20160924_usrp_tpsd_500_norfi.mov 20160924_usrp_tpsd_1000.avi 20160924_usrp_tpsd_1000.mov	gr	t3090	2252 1169 1169 1179	1.3 .21 .21 .20	included tpsd 500,1000 with no rfi removal for comparison data:09/24 15:31 to 09/25 11:04	08oct16
ch/usrp 20160925_usrp.avi (clp) 20160925_usrp.mov 20160925_usrp_tpsd_500.avi 20160925_usrp_tpsd_500.mov 20160925_usrp_tpsd_500_norfi.avi 20160925_usrp_tpsd_500_norfi.mov 20160925_usrp_tpsd_1000.avi 20160925_usrp_tpsd_1000.mov	gr	t3090	2213 1114 1114 1113	1.2 .2 .2 .18	included tpsd 500,1000 with no rfi removal for comparison data:09/25 11:50 to 09/26 07:30	08oct16
t3089 (bob kerr) 26sep16 - 08oct16. setup: single beam. ch->usrp [25MHz] ch za=0 ran 17:00 to 07:30 each day (except for a few slots bob gave away..) 10sec of clp, 10ms ipp, 440usec rf pulse 60sec of tpsd 20ms ipp, 500 usec pulse computed plasma lines from clp and topside. For topside, ran with rfi excision (so ion line gets clipped). The tpsd_avg movies have been averaged to 60 secs and 24 KHz freq resolution. The 10 sec topside movies show the cutoff for the entire night The 60 sec topside shows the entire profile (up to may 800 km). coronal hole during this run.
20160926_usrp.avi 20160926_usrp.mov 20160926_usrp_tpsd.avi 20160926_usrp_tpsd.mov 20160926_usrp_tpsd_avg.avi 20160926_usrp_tpsd_avg.mov	ch	t3089	641 961	.36 .17	ch za =0 movie accums (secs) 10 clp 20 tpsd 60 tpsd average, rbw 24KHz data:09/26 19:02 to 09/27 07:30 weak clp line for most of night	10oct16
20160927_usrp.avi 20160927_usrp.mov 20160927_usrp_tpsd.avi 20160927_usrp_tpsd.mov 20160927_usrp_tpsd_avg.avi 20160927_usrp_tpsd_avg.mov	ch	t3089	591 1787	.31 .32	ch za =0 movie accums (secs) 10 clp 10 tpsd 60 tpsd average, rbw 24KHz data 09/27 16:51 to 09/28 04:21 clp line around 03:00	10oct16
20160928_usrp.avi 20160928_usrp.mov 20160928_usrp_tpsd.avi 20160928_usrp_tpsd.mov 20160928_usrp_tpsd_avg.avi 20160928_usrp_tpsd_avg.mov	ch	t3089	709 2119	.37 .38	ch za =0 movie accums (secs) 10 clp 10 tpsd 60 tpsd average, rbw 24KHz data: 09/28 17:16 to 09/29 07:04 weak clp line for most of night.	10oct16
20160929_usrp.avi 20160929_usrp.mov 20160929_usrp_tpsd.avi 20160929_usrp_tpsd.mov 20160929_usrp_tpsd_avg.avi 20160929_usrp_tpsd_avg.mov	ch	t3089	554 1655 278	.29 .30 .023	ch za =0 movie accums (secs) 10 clp 10 tpsd 60 tpsd average, rbw 24KHz data: 09/29 18:27 to 09/30 07:10 missing data: 20:30 to 22:30 weak clp line for most of night	10oct16
20160930_usrp.avi 20160930_usrp.mov 20160930_usrp_tpsd.avi 20160930_usrp_tpsd.mov 20160930_usrp_tpsd_avg.avi 20160930_usrp_tpsd_avg.mov	ch	t3089	630 1878	.33 .34	ch za =0 movie accums (secs) 10 clp 10 tpsd 60 tpsd average, rbw 24KHz data: 09/30 16:16 to 10/01 07:01 missing data; 20:30 to 22:30 weak clp line during most of night.	10oct16
20161001_usrp.avi 20161001_usrp.mov 20161001_usrp_tpsd.avi 20161001_usrp_tpsd.mov 20161001_usrp_tpsd_avg.avi 20161001_usrp_tpsd_avg.mov	ch	t3089	674 2017 337	.36 .37 .029	ch za =0 movie accums (secs) 10 clp 10 tpsd 60 tpsd average, rbw 24KHz data: 10/01 17:52 to 10/02 07:00 weak clp line during most of night.	10oct16
end 23sep16 run
start oct16 heating campaign (public access) Movie notes: There was no attempt to remove the arcing (in the time domain).. Probably something for the future.
gregorian dome hf_20161031ek_usrp.avi hf_20161031ek_usrp.mov Carriage house hf_20161031ek_chn12.avi hf_20161031ek_chn12.mov	gr ch	h3112	1804 1623	.81 .63	elizabeth kendall: 161031 17:00 to 22:00 clp 440 usec rf, 10ms, hf=5.125 az=285 then 348,grza=15,zach=0. usrp:gr 25Mhz echotek:ch [5.5,9.5] auto toggle. hf 5min on, 5 min off ch data timestamps missing till 20:00 (fixed with file timestamps) more info	161208
gregorian dome hf_20161031mcl_usrp.avi hf_20161031mcl_usrp.mov Carriage house hf_20161031mcl_chn2.avi hf_20161031mcl_chn2.mov	gr ch	t2689	899 907	.40 .32	min-chang lee 161031 22:00 to 02:00 clp 440 usec rf, 10ms and some power profiles. hf=5.125 az=248 ,grza=15,zach=0. usrp:gr 25Mhz echotek:ch [-4.5,+4.5] cycle hf 45min on, 15 min off, then switch pol more info	161208
gregorian dome hf_20161031sg_usrp.avi hf_20161031sg_usrp.mov Carriage house hf_20161031sg_chn2.avi hf_20161031sg_chn2.mov	gr ch	t2869	2299 2295	1.0 .80	suman 161101 02:00 to 08:30 clp 440 usec rf, 10ms, hf=5.125 az=348 ,grza=8.6,zach=0. usrp:gr 25Mhz echotek:ch [-4.5,+4.5] more info	161208
gregorian dome hf_20161101_chn2.avi hf_20161101_chn2.mov	gr ch	h1111	523	.40	frank and herb 161031 16:30 to 17:57 clp 440 usec rf, 10ms, hf=5.095 az=348,grza=10.5,zach=0. gr->echotek:ch [-5.5,5.5] 10% power -> ch, 90% -> gr cycle hf 10 off, 90 sec on 430 transmitter failed 17:57. more info	161208
Carriage house hf_20161102pb_chn12.avi hf_20161102pb_chn12.mov	gr ch	t2566	257	.10	paul bernhardt 161102 14:30 to 15:30 clp 440 usec rf, 10ms, hf=8.175 az=258,grza=10.8,zach=0. later moved to az=348,gr=17 echotek:ch [5.5,9.5] satellite pass. 430tx up 15:14 to 15:26 (then pulled cables because of arcing). more info	161208
gregorian dome hf_20161102ek_usrp.avi hf_20161102ek_usrp.mov Carriage house hf_20161102ek_chn12.avi hf_20161102ek_chn12.mov	gr ch	h3112	1702 1968	.81 .76	elizabeth kendall: 161102 16:24 to 22:00 clp 440 usec rf, 10ms, hf=5.125 az=168 then 348,grza=15,zach=0. usrp:gr 25Mhz echotek:ch [5.5,9.5] auto toggle. hf 5min on, 5 min off more info	161208
gregorian dome hf_20161102mcl_usrp.avi hf_20161101mcl_usrp.mov Carriage house hf_20161102mcl_chn2.avi hf_20161102mcl_chn2.mov	gr ch	t2689	968 963	.42 .34	min-chang lee 161102 22:00 to 02:00 clp 440 usec rf, 10ms with a few power profiles. hf=5.125 az=258,grza=15,zach=0. usrp:gr 25Mhz echotek:ch [-4.5,4.5] hf cycle 45 min on, 15 min off, then switch pol. more info	161208
gregorian dome hf_20161102sg_usrp.avi hf_20161102sg_usrp.mov Carriage house hf_20161102sg_chn2.avi hf_20161102sg_chn2.mov	gr ch	t2869	1812 2310	.79 .81	suman 161103 02:00 to 08:30 clp 440 usec rf, 10ms, hf=5.1 az=348,grza=15,zach=0. usrp:gr 25Mhz echotek:ch [-4.5,4.5] hf on continuously more info	161208
gregorian dome hf_20161103fh_chn2.avi hf_20161103fh_chn2.mov	gr ch	h1111	1147	.40	frank and herb 161103 17:00 to 19:20 clp 440 usec rf, 10ms, hf=5.095 az=348,grza=10.5,zach=0. gr -> echotek:ch [-5.5,5.5] 10% power -> ch, 90%-> gr hf: 10 min off, 90 sec on. rcp more info	161208
Carriage house hf_20161103jvunc_usrp.avi hf_20161103jvunc_usrp.mov	ch	t2873	3952	.82	juha et al. 161103 21:30-> 07:50 single beam (ch) uncoded 440 usec pulse, 10ms ipp az=348,grza=10.5,zach=0. ch -> usrp:gr 25Mhz hf 5.095 then 5.1 tried various hf cycles. more info	161208
gregorian dome hf_20161104jv_usrp.avi hf_20161104jv_usrp.mov Carriage house hf_20161104jv_chn2.avi hf_20161104jv_chn2.mov	gr ch	t2873	5953 5244	2.6 1.8	juha et al. 161104 17:00 to 08:35 clp 440 usec rf, 10ms, hf=5.12 az=348,grza=moves,zach=8 usrp:gr 25Mhz echotek:ch [-5.5,5.5]] various hf cycles move dome 1.1 to 10.1 in 1 deg steps (then back down). 23:19 ->05:40..8mhz dipole arcing. more info	161208
Carriage house hf_20161105sb_chn2.avi hf_20161105sb_chn2.mov	gr ch	t2915	653	.23	salih (and paul) 161105 08:45 to 10:20 clp 440 usec rf, 10ms, hf=5.1 az=348,grza=1.1,zach=8.5 usrp: no data taken echotek:ch [-5.5,5.5] hf sweep +/- 10khz (i think).. more info	161208
Carriage house hf_20161105sb2_chn12.avi hf_20161105sb2_chn12.mov	gr ch	t2915	3827	1.2	salih 161105 16:00 to 05:25 clp 440 usec rf, 12ms, hf=8.175 az=285 then 348,grza=15,zach=0. usrp: no data taken echotek:ch [5.5,9.5] hf: pulsing with 6ms ipp. more info	161208
gregorian dome hf_20161106jv0_usrp.avi hf_20161106jv0_usrp.mov Carriage house hf_20161106jv_chn12.avi hf_20161106jv_chn12.mov	gr ch	t2873	2498	.97	juha et al. 161106 06:00 to 13:00 clp 440 usec rf, 10ms, hf=5.125 az=348,grza=1.1 to 10.1,zach=8 usrp:gr 25Mhz echotek:ch [5.5,9.5] step gr za 1.1 to 10.1 hf: sweep +/ 10khz with various rep rates more info	161208
gregorian dome hf_20161106pb_usrp.avi hf_20161106pb_usrp.mov Carriage house hf_20161106pb_chn12.avi hf_20161106pb_chn12.mov	gr ch	t2566	687	.27	paul bernhardt 161106 13:20 to 14:15 clp 440 usec rf, 10ms, hf=8.175 az=348,grza=1.5 ,zach=8 usrp:gr 25Mhz echotek:ch [5.5,9.5] satellite pass hf: sweeping with external generator. more info	161208
gregorian dome hf_20161106jv_usrp.avi hf_20161106jv_usrp.mov Carriage house hf_20161106jv2_chn12.avi hf_20161106jv2_chn12.mov	gr ch	t2873	3068 1095	1.3 .42	juha et al. 161106 15:57 to 08:15 clp 440 usec rf, 10ms, hf=5.125 az=348,grza=1.1 to 10.1,zach=8 usrp:gr 25Mhz echotek:ch [5.5,9.5] step gr za 1.1 to 10.1 hf: sweep +/ 10khz with various rep rates more info	161208
end oct16 heating campaign
carriage house clp 20161122_chn1.avi 20161122_chn1.mov topside 20161122_chn1tpsd.avi 20161122_chn1tpsd.mov	ch	test	338 535	.038 .044	testing tpsd on echotek ran 50secs topside, 10 secs clp. topside:500 usec rf, 10ms ipp clp: 440 usec rf pulse, 10ms ipp ch->echotek [5.5,9.5] az=285,chza=0	23nov16
world day 20161128 to 20161203
t1193. ran 50 sec topside, 10 seconds clp gr -> usrp 25 mhz ch -> echotek [5.5,9.5] then [4.5,8.5] az swinging 75 to 180, zach=0,zagr=15 tpsd: 500 usec rf pulse, 10ms ipp. clp 440 usec rf pulse, 10 ms ipp Processing: fftlen: 32k tpsd: remove rfi (clips ion line), no median filter clp: remove rfi, median filter (71) 1
Carriage house movies (echotek)
coded long pulse 20161128_chn12.avi 20161128_chn12.mov topside 20161128tpsd_chn12.avi 20161128tpsd_chn12.mov	db	t1193	857 4326	.33 .50	161128 16:15 to 161129 06:40	10dec16
coded long pulse 20161129_chn12.avi 20161129_chn12.mov topside 20161129tpsd_chn12.avi 20161129tpsd_chn12.mov	db	t1193	3192 15931	1.3 1.8	161129 07:38 to 161201 12:55 notes: 161201 03:15 line appears in clp for awhile. Also strong in tpsd.	10dec16
coded long pulse 20161201_chn12.avi 20161201_chn12.mov topside 20161201tpsd_chn12.avi 20161201tpsd_chn12.mov	db	t1193	1126 5709	.44 .65	161201 14:15 to 161202 09:20	10dec16
coded long pulse 20161202_chn12.avi 20161202_chn12.mov topside 20161202tpsd_chn12.avi 20161202tpsd_chn12.mov	db	t1193	1245 6212	.48 .71	161202 09:25 to 161203 07:00 echotek bands switched to : [4.5,8.5] (432-441) Notes: 161203 03:29 line in clp for awhile. Also strong in tpsd.	10dec16
Gregorian dome movies (25Mhz usrp), beam swinging
coded long pulse 20161128_usrp.avi 20161128_usrp.mov topside 20161128_tpsd_usrp.avi 20161128_tpsd_usrp.mov	db	t1193	1290 6462	.68 1.2	161128 16:20 to 161129 13:51	10dec16
coded long pulse 20161129_usrp.avi 20161129_usrp.mov topside 20161129_tpsd_usrp.avi 20161129_tpsd_usrp.mov	db	t1193	1330 6648	.70 1.2	161129 14:20 to 161130 12:38	10dec16
coded long pulse 20161130_usrp.avi 20161130_usrp.mov topside 20161130_tpsd_usrp.avi 20161130_tpsd_usrp.mov	db	t1193	1323 6615	.70 1.2	161130 12:45 to 161201 11:00	10dec16
coded long pulse 20161201_usrp.avi 20161201_usrp.mov topside 20161201_tpsd_usrp.avi 20161201_tpsd_usrp.mov	db	t1193	1328 6641	.70 1.2	161201 11:08 to 161202 11:04	10dec16
coded long pulse 20161202_usrp.avi 20161202_usrp.mov topside 20161202_tpsd_usrp.avi 20161202_tpsd_usrp.mov	db	t1193	5815	1.1	161202 11:17 to ...161203 07:00	10dec16
end world 20161128 to 20161203
20161228 - 20161231 T3089. single beam, zach=0 clp and tpsd. both used 10ms ipp. -> echotek [3.5,7.5] bands
coded long pulse 20161228_chn12.avi 20161228_chn12.mov topside 20161228tpsd_chn12.avi 20161228tpsd_chn12.mov	sb ch	t3089	102 528	.042 .062	data 28/21:00 to 22:50	01aug17
coded long pulse 20161229_chn12.avi 20161229_chn12.mov topside 20161229tpsd_chn12.avi 20161229tpsd_chn12.mov	sb ch	t3089	589 178	.243 .306	data 29/20:40 to 30/06:30	01aug17
coded long pulse 20161230_chn12.avi 20161230_chn12.mov topside 20161230tpsd_chn12.avi 20161230tpsd_chn12.mov	sb ch	t3089	178 3573	.294 .412	data: 30/19:04 to 31/07:00	01aug17
end t3089 20161228-20161231

2017 clp movies
2017 movies
20170102 - 20170104 t1193 world day: dual bm. ch za=0 -> echotek (3.5,7.5 mhz), gr za=15, azswing -> usrp tpsd: 10ms ipp,500usec rf, 50 secs, image has 40 usec height spacing clp: 10mhs ipp, 440 usec rf, 10 secs rfi removal, 32k fft for usrp nighttime only
20170102_chn12.avi 20170101_chn12.mov	db ch	t1193	2303	.95	data 02jan 16:42 -> 04jan 07:30 Notes: 03jan 04:00 line appears clp with spread f	11jan17
20170102_tpsd_chn12.avi 20170102_tpsd_chn12.mov	db ch		11535	1.3
20170102_usrp.avi 20170102_usrp.mov	db gr		1268	.67	data 02jan 16:42 -> 03jan 14:25
20170102_usrp_tpsd.avi 20170102_usrp_tpsd.mov			6348	1.2	data 02jan 16:42 -> 03jan 14:25
20170103_usrp.avi 20170103_usrp.mov			1007	.53	data 03jan 14:42 -> 04jan 07:30
20170103_usrp_tpsd.avi 20170103_usrp_tpsd.mov			5041	.89	data 03jan 14:42 -> 04jan 07:30
20170104 - 201760108 qihou single bm ch za=0 , -> echotek (3.5,7.5 Mhz) 40 sec clp 440 usec rf, 10ms ipp 40 sec clp 200 usec rf, 4 ms ipp 10 sec pwr Made movies of 440 usec rf clp data. data taken at night.
20170104_chn12.avi 20170104_chn12.mov	sb ch	t3150	1674	.25	data 01/04 21:22 to 01/05 07:31	07jan16
20170105_chn12.avi 20170105_chn12.mov			1594	.66	data: 01/05 21:00 to 01/6 06:58	07jan16
20170106_chn12.avi 20170106_chn12.mov			2368	.98	data: 01/06 20:25 to 01/07 11:08 Notes: night time plasma line seen for most of night.	11jan16
20170107_chn12.avi 20170107_chn12.mov			2033	.79	data: 01/07 20:34 to ...01/08 09:18 Notes: night time plasma line seen for most of night	11jan16
end qihou 01/04 - 01/08
20170123 - 20170127 world day topside and clp 10ms ipp for tpsd and clp, 440 usec rf pulse. 10 secs clp, 50 sec clp (at night) sb and dual beam. echotek [3.5,7.5]
24jan17 coded long pulse ch- 20170124_chn12.avi ch- 20170124_chn12.mov gr-20170124_usrp.avi gr-20170124_usrp.avi topside ch-20170124tpsd_chn12.avi ch-20170124tpsd_chn12.mov gr-20170124tpsd_usrp.avi gr-20170124tpsd_usrp.mov	db	t1193	991 984 4840 4829	.38 .32 .54 .77	dual beam ch za=0, -> echotek [3.5,7.5] gr za=10 -> usrp clp 10 secs, topside 50 secs data: 01/24 15:15 to 01/25 07:15	12apr17
25jan17 coded long pulse ch-20170125_chn12.avi ch-20170125_chn12.mov gr-20170125_usrp.avi gr-20170125_usrp.avi topside ch-20170125tpsd_chn12.avi ch-20170125tpsd_chn12.mov gr-20170125tpsd_usrp.avi gr-20170125tpsd_usrp.mov	db	t1193	886 885 4428 4425	.344 .466 .544 .477	zagr=15->usrp, zach=0 ->echotek beam swinging 70 to 180 deg. data: 01/25 16:42 to 01/26 07:27	12apr17
26jan17 coded long pulse ch-20170126_chn12.avi ch-20170126_chn12.mov gr-20170126_usrp.avi gr-20170126_usrp.avi topside ch-20170126tpsd_chn12.avi ch-20170126tpsd_chn12.mov gr-20170126tpsd_usrp.avi gr-20170126tpsd_usrp.mov	db	t1193	560 583 2777 2755	.217 .307 .341 .497	zagr=15->usrp, zach=0 -> echotek beam swinging 70 to 180 deg. data: 01/26 22:45 to 01/27 08:00 lots of wave action after 05:00	12apr17
20170123-27 end world day
26jan17 hf test gr (za=11) to echotek clp 20170126_hf_chn12.avi 20170126_hf_chn12.mov tpsd 20170126tpsd_hf_chn12.avi 20170126tpsd_hf_chn12.mov ch (za=0) to usrp clp 20170126hf_usrp.avi 20170126hf_usrp.mov tpsd 20170126hf_usrp_tpsd.avi 20170126hf_usrp_tpsd.mov	db	testhf		.38 .11 .17 .14	hftest 26jan17. 50 secs tpsd, 10 secs clp data: 19:05 to 22:45 grza=11deg -> echotek chza=0 -> usrp hf= 5.125 Mhz 19:05 to 20:48 hf=8.175 Mhz 21:03 to 22:45 22:22 switched to auto toggle. lots of arcing at 8 MHz. more info on test setup	13feb17
20170127 - 20170131 t3146 Herb daytime: dual beam echotek: gr +5.5 -> chn1, ch + 5.5 -> chn2 usrp: gr -> usrp moveazsit: 348, 78 deg... 90 minutes at each spot. za gr=15, gr ch=0 nighttime: single beam ch -> echoteck [-4.5,4.5] ch -> usrp 25mhz bw ch za=0 Table showing what data is on which usrp disc set
20170127 daytime echotek [+5.5gr, +5.5 ch] gr_20170127_chn1.avi gr_20170127_chn1.mov ch_20170127_chn2.avi ch_20170127_chn2.mov usrp 25Mhz gr gr_20170127_usrp.avi gr_20170127_usrp.mov	db	t3146			dual beam +5.5 gr -> echotek chan1 +5.5 ch -> echotek chan2 25Mhz gr -> usrp data: 01/27 08:15 to 01/27 16:55	12apr17
20170127 nighttime sb,ch echotek[-4.5,4.5] ch_20170127c_chn2_avi ch_20170127c_chn2.mov usrp ch_20170127ch_usrp.avi ch_20170127ch_usrp.mov	sb ch	t3146			single beam ch -> echotek [-4.5,4.5] cd -> gr 25Mhz bw data: 01/27 17:14 to 01/28 07:55 plasma line seen all night.	12apr17
20170128 daytime echotek [+5.5gr, +5.5 ch] gr_20170128_chn1.avi gr_20170128_chn1.mov ch_20170128_chn2.avi ch_20170128_chn2.mov usrp 25Mhz ch 20170128dch_usrp.avi 20170128dch_usrp.mov	db	t3146			dual beam daytime gr,ch -> echotek [+5.5gr, +5.5 ch] ch -> usrp data: 01/28 08:10 to 01/28 16:20	12apr17
20170128 nighttime echotek [-4.5,4.5] ch_20170128n_chn2.avi ch_20170128n_chn2.mov usrp ch_20170128ch_usrp.avi ch_20170128ch_usrp.mov	sb ch	t3146			single beam ch. ch [-4.5,4.5]-> echotek ch ->usrp data : 01/28 17:45 to 01/29 07:58 echotek missing data 17:46 to 22:00 echotek disc array filled up usrp missing data ended 01/29 06:28 had some disc read errors. notes: you can follow the PL for most of the night.	12apr17
20170129 daytime echotek [+5.5gr, +5.5 ch] gr_20170129_chn1.avi gr_20170129_chn1.mov ch_20170129_chn2.avi ch_20170129_chn2.mov usrp 25Mhz ch 20170129dch_usrp.avi 20170129dch_usrp.mov	db	t3146			dual beam echotek [+5.5gr, +5.5ch] ch -> usrp data: 01/29 08:00 to 16:54 I can not find the daytime usrp ch data. There was probably 2 3Tb drives used between morning and evening of 29jan17. I bet they were accidentally reused for a later exp.	12apr17
20170129 nighttime ch_20170129n_chn2.avi ch_20170129n_chn2.mov usrp ch_20170129ch_usrp.avi ch_20170129ch_usrp.mov	sb ch	t3146			single beam ch. ch [-4.5,4.5]-> echotek ch ->usrp data : 01/29 17:00 to 01/30 07:58 notes: 19:30 -20:00 lots of wave action. 21:54 PL below 3mhz. loose it.. pl back around 2:45, more wave action.	12apr17
20170130 daytime echotek [+5.5gr, +5.5 ch] gr_20170130_chn1.avi gr_20170130_chn1.mov ch_20170130_chn2.avi ch_20170130_chn2.mov usrp 25Mhz ch 20170130dch_usrp.avi 20170130dch_usrp.mov	db	t3146			dual beam daytime echotek [+5.5gr, +5.5 ch] ch-> usrp data:01/30 08:00 to 01/30 16:58	12apr17
20170130 nighttime ch_20170130n_chn2.avi ch_20170130n_chn2.mov usrp ch_20170130ch_usrp.avi ch_20170130ch_usrp.mov	sb ch	t3146			single beam ch. ch [-4.5,4.5]-> echotek ch ->usrp data : 01/30 17:00 to 01/31 07:58 Notes: follow the plasma line most of the night (but weak) 4am lots of wave action.	12apr17
20170127 - 20170131 t3146 herb and frank end
20170131 - 20170203 world day. dual beam za gr 15 -> echotek [3.5,7.5] and [-4.5,4.5] za ch 0 -> usrp 10ms ipp clp: 440 usec rf, 10 secs of data tpsd - 500 usec rf pulse, 50 secs of data
20170131 clp data gr_20170131_chn12.avi gr_20170131_chn12.mov ch_20170131_usrp.avi ch_20170131_usrp.mov Top side data gr_20170131tpsd_chn12.avi gr_20170131tpsd_chn12.mov ch_20170131_usrp_tpsd.avi ch_20170131_usrp_tpsd.mov	db	t1193			az swing, 70 -> 180 zagr 15 -> echotek [3.5,7.5] zach 0 -> usrp data: 01/31 16:00 -> 02/01 07:30 Notes: you can follow the cutoff all night with the topside data.	13apr17
20170201 clp data gr_20170201_chn2.avi gr_20170201_chn2.mov ch_20170201_usrp.avi ch_20170201_usrp.mov Top side data gr_20170201tpsd_chn2.avi gr_20170201tpsd_chn2.mov ch_20170201_usrp_tpsd.avi ch_20170201_usrp_tpsd.mov	db	t1193			az swing, 70 -> 180 zagr 15 -> echotek [-4.5,4.5] zach 0 -> usrp data: 02/01 17:00 -> 02/01 07:30 Notes: you can follow the cutoff all night with the topside data.	13apr17
20170202 clp data gr_20170202_chn12.avi gr_20170202_chn12.mov ch_20170202_usrp.avi ch_20170202_usrp.mov Top side data gr_20170202tpsd_chn12.avi gr_20170202tpsd_chn12.mov ch_20170202_usrp_tpsd.avi ch_20170202_usrp_tpsd.mov	db	t1193			az swing, 70 -> 180 zagr 15 -> echotek [3.5,7.5] zach 0 -> usrp data: 02/02 15:40 -> 02/01 07:30 Notes: you can follow the cutoff all night with the topside data. cutoff > 5Mhz at 2:00am	13apr17
20170131 - 20170203 world day end
01feb17 hf test..clp echotek gr (za=11) to echotek chn1 20170201_hf_chn1.avi 20170201_hf_chn1.mov ch (za=8.8) to echotek chn2 20170201_hf_chn2.avi 20170201_hf_chn2.movusrp (ch ) ch to usrp 20170201hf_usrp.avi 20170201hf_usrp.mov	db	testhf		.41 .38	hftest 01feb17 only clp data: 5Mhz : 13:28 to 14:50 13:55 -14:24 auto toggle. 8Mhz :14:50 to 16:29 more info on test setup	13feb17
14feb17 hftest echotek (5.5,7.5 mhz bands) 20170214_hf_chn12.avi 20170214_hf_chn12.mov usrp 20170214hf_usrp.avi 20170214hf_usrp.mov	sb ch	testhf	1733 1740	.67 .9	hftest 14feb17 sb ch to echotek and usrp echotek [5.5,7.5] MHz. 10 ms ipp, clp only. hf 5.125 MHz. data: 09:31 to ..15:20 data missing: 12:47 to 13:23 (430tx off) more info on test setup	21jan17
23feb17 hftest echotek (5.5,9.5 Mhz bands) 20170223_hf_rfi0_chn12.avi 20170223_hf_rfi0_chn12.mov usrp (ch) 20170223hf_usrp.avi 20170223hf_usrp.mov usrp(ch) with arcing removed 20170223hf_arc_usrp.avi 20170223hf_arc_usrp.mov	sb ch	testhf			hftest 23feb17 sb ch to echotek [5.5,9.5] and usrp 10ms ipp, clp only hf 8.175 Mhz data: 09:22 to 15:09 No rfi removal done on _rfi0_ movies more info on test setup The _arc_ usrp movies were processed with an arc removal algorithm. You can compare them to the regular movie.	28jan17 04apr17
01mar17 hftest echotek data (not recorded) usrp data					sb ch to usrp and echotek echotek setup wrong. not data (forgot -d on grplasmaline setup) lots of arcing.
07mar17 hftest echotek (ch)(5.5,9.5 bands) usrp (ch) 20170307hf_usrp.avi 20170307hf_usrp.mov	sb ch	testhf	1206	.643	hf test 07mar17 sb ch to echotek.. but no data ch to usrp az=348,gr=11,ch=0 then move to 1.5 hf 8.175 Mhz more info
mar17 hf campaign start 430 tx setup: 10 ms ipp, 440 usec rf pulse. The movies are now public access
1. gregorian dome 20170313sb1_hf_usrp.avi 20170313sb1_hf_usrp.mov Carriage house 20170313sb1_hf_chn2.avi 20170313sb1_hf_chn2.mov	gr ch	t2915			salih boston 170313 16:00 to 19:00 az=285,zagr=1.1, zach=11 ch->ET [-5.5,5.5] , gr-> usrp salih was also using his hf xmiter more info	05may17
2. gregorian dome 20170313pb1_hf_usrp.avi 20170313pb1_hf_usrp.mov	gr	t3156			paul 170313 19:00 to 21:30 missing data : 19:45 to 21:30 az=285 then 348,zagr=1.1, zach=11 gr-> usrp more info	05may17
3. gregorian dome 20170313sb2_hf_usrp.avi 20170313sb2_hf_usrp.mov Carriage house 20170313bsb2_hf_chn2.avi 20170313bsb2_hf_chn2.mov	gr ch	t2915			salih boston 170313 22:30 to 02:30 az=285,zagr=1.1, zach=11 ch->ET [-5.5,5.5] , gr-> usrp salih was also using his hf xmiter more info	05may17
4. gregorian dome 20170314sg_hf_usrp.avi 20170314sg_hf_usrp.mov HighResMovie 20170314_exp4_hf_usrp.avi 20170314_exp4_hf_usrp.mov Carriage house 20170314sg_hf_chn2.avi 20170314sg_hf_chn2.mov HighResMovie 20170314_exp4_hf_chn2.avi 20170314_exp4_hf_chn2.mov	gr ch	t2869			suman 170314 03:30 to 09;30 az=348,zagr=1.1, zach=11 ch->ET [-5.5,5.5] , gr-> usrp HiRes movie is a blowup around the hf frequency. more info	05may17
5. gregorian dome 20170314pb1_hf_usrp.avi 20170314pb1_hf_usrp.mov HighResMovie 20170314_exp5_hf_usrp.avi 20170314_exp5_hf_usrp.mov Carriage house 20170314pb1_hf_chn2.avi 20170314pb1_hf_chn2.mov HighResMovie 20170314_exp5_hf_chn2.avi 20170314_exp5_hf_chn2.mov	gr ch	t3156			paul 170314 09:30 to 10:30 az=348,zagr=1.1, zach=11 ch->ET [-5.5,5.5] , gr-> usrp HiRes movie is a blowup around the hf frequency. more info	05may17
6. gregorian dome 20170314sb1_hf_usrp.avi 20170314sb1_hf_usrp.mov HighResMovie 20170314_exp6_hf_usrp.avi 20170314_exp6_hf_usrp.mov Carriage house 20170314sb1_hf_chn12.avi 20170314sb1_hf_chn12.mov	gr ch	t2915			salih boston 170314 11:00 to 18:30 hf off 15:35 to 18:00 az=348,zagr=1.1, zach=11 ch->ET [5.5,9.5] , gr-> usrp salih was also using his hf xmiter more info	05may17
7. gregorian dome 20170314pb2_hf_usrp.avi 20170314pb2_hf_usrp.mov Carriage house 20170314pb2_hf_chn12.avi 20170314pb2_hf_chn12.mov	gr ch	h3156			paul 170314 19:30 to 22:00 az=348,zagr=1.1, zach=11 ch->ET [5.5,9.5] , gr-> usrp more info	05may17
8. gregorian dome 20170314sb2_hf_usrp.avi 20170314sb2_hf_usrp.mov Carriage house 20170314sb2_hf_chn12.avi 20170314sb2_hf_chn12.mov	gr ch	t2915			salih boston 170314 22:00 to 08:00 usrp data: 22:00 to 04:30 not processed, no plasma line.. az=348,zagr=1.1, zach=11 ch->ET [5.5,9.5] , gr-> usrp salih was also using his hf xmiter more info	05may17
9. gregorian dome 20170315pb1_hf_usrp.avi 20170315pb1_hf_usrp.mov HighResMovie 20170315_exp9_hf_usrp.avi 20170315_exp9_hf_usrp.mov Carriage house 20170315pb1_hf_chn12.avi 20170315pb1_hf_chn12.mov HighResMovie 20170315_exp9_hf_chn1.avi 20170315_exp9_hf_chn1.mov	gr ch	h3156			paul 170315 08:00 to 9:30 az=348,zagr=1.1, zach=11 ch->ET [5.5,9.5] , gr-> usrp HiRes movie is a blowup around the hf frequency. more info	05may17
10. gregorian dome 20170315sb_hf_usrp.avi 20170315sb_hf_usrp.mov Carriage house 20170315sb_hf_chn12.avi 20170315sb_hf_chn12.mov	gr ch	t2915			salih boston 170315 09:30 to 10:20 az=348,zagr=1.1, zach=11 ch->ET [5.5,9.5] , gr-> usrp salih was also using his hf xmiter more info	05may17
11. gregorian dome 20170315pb2_hf_usrp.avi 20170315pb2_hf_usrp.mov Carriage house 20170315pb2_hf_chn12.avi 20170315bp2_hf_chn12.mov HighResMovie 20170315_exp11_hf_chn12.avi 20170315_exp11_hf_chn12.mov	gr ch	h3156			paul, natasha 170315 15:20 to 17:30 az=348,zagr=1.1, zach=11 ch->ET [5.5,9.5] , gr-> usrp more info	05may17
12. gregorian dome 20170315en_hf_usrp.avi 20170315en_hf_usrp.mov Carriage house 20170315en_hf_chn12.avi 20170315en_hf_chn12.mov	gr ch	h3171			eliana 170315 17:30 to 18:10 az=348,zagr=1.1, zach=11 ch->ET [5.5,9.5] , gr-> usrp more info	05may17
13. gregorian dome 20170315pb3_hf_usrp.avi 20170315pb3_hf_usrp.mov Carriage house 20170315pb3_hf_chn12.avi 20170315pb3_hf_chn12.mov	gr ch	h3156			paul 170315 19:00 to 22:00 az=348,zagr=1.1, zach=11 ch->ET [5.5,9.5] , gr-> usrp more info	05may17
14. gregorian dome 20170315mcl_hf_usrp.avi 20170315mcl_hf_usrp.mov Carriage house 20170315mcl_hf_chn2.avi 20170315mcl_hf_chn2.mov	gr ch	t2604			min-chang lee 170315 22:00 to 03:00 usrp data: 23:00 to 03:00 no processed since no plasma line. az=258,zagr=1.1, zach=15 ch->ET [-4.5,4.5] , gr-> usrp more info	05may17
15. gregorian dome 20170316sg_hf_usrp.avi 20170316sg_hf_usrp.mov HighResMovie 20170316_exp15_hf_usrp.avi 20170316_exp15_hf_usrp.mov Carriage house 20170316sg_hf_chn2.avi 20170316sg_hf_chn2.mov HighResMovie 20170316_exp16_hf_chn2.avi 20170316_exp16_hf_chn2.mov	gr ch	t2869			suman 170316 03:00 to 07:30 usrp data: started at 05:00 az=348,zagr=1.1, zach=11 ch->ET [-4.5,4.5] , gr-> usrp HiRes movie is a blowup around the hf frequency. more info	05may17
16. gregorian dome 20170316pb1_hf_usrp.avi 20170316pb1_hf_usrp.mov HighResMovie 20170316_exp16_hf_usrp.avi 20170316_exp16_hf_usrp.mov Carriage house 20170316pb1_hf_chn2.avi 20170316pb1_hf_chn2.mov	gr ch	h3156			paul 170316 08:00 to 09:00 az=348,zagr=1.1, zach=11 ch->ET [-4.5,4.5] , gr-> usrp HiRes movie is a blowup around the hf frequency. more info	05may17
17 gregorian dome 20170316pb2_hf_usrp.avi 20170316pb2_hf_usrp.mov HighResMovie 20170316_exp17_hf_usrp.avi 20170316_exp17_hf_usrp.mov Carriage house 20170316pb2_hf_chn12.avi 20170316pb2_hf_chn12.mov	gr ch	h3156			paul 170316 13:30 to 14:23 az=348,zagr=1.1, zach=11 ch->ET [5.5,9.5] , gr-> usrp more info	05may17
18.,19 Carriage house 20170316fh_hf_chn2.avi 20170316fh_hf_chn2.mov HighResMovie exp19 20170316_exp19_hf_chn2.avi 20170316_exp19_hf_chn2.mov	ch	h3111			frank and herb 170316 15:00 to 19:30 az=348,zagr=11, zach=0 ch->ET [-5.5,5.5] , gr no data includes the 15:00 to 16:30 and 16:30 to 19:30 exp. more info	05may17
20. Carriage house 20170316pb3_hf_chn2.avi 20170316pb3_hf_chn2.mov	ch	h3156			paul 170316 20:00 to 21:30 az=348,zagr=11, zach=0 ch->ET [-5.5,5.5] , gr no data more info	05may17
21. Carriage house 20170316mcl_hf_chn2.avi 20170316mcl_hf_chn2.mov	ch	t2604			min-chang lee 170316 21:30 to 03:00 movie continues till 06:00 (with no hf) az=348,zagr=11, zach=0 ch->ET [5.5,9.5] , gr no data more info	05may17
22. Carriage house 20170317pb1_hf_chn2.avi 20170317pb1_hf_chn2.mov HighResMovie 20170317_exp22_hf_chn2.avi 20170317_exp22_hf_chn2.mov	ch	h3156			paul 170317 07:30 to 08:30 movie 6:00 to 08:30 az=348,zagr=11, zach=0 ch->ET [-5.5,5.5] , gr no data more info	05may17
23. gregorian dome 20170317pb2_hf_usrp.avi 20170317pb2_hf_usrp.mov Carriage house 20170317pb2_hf_chn12.avi 20170317pb2_hf_chn12.mov	gr ch	h3156			paul, natasha 170317 14:20 to 17:00 az=348,zagr=1.1, zach=11 ch->ET [4.5,8.5] , gr-> usrp more info	05may17
24. gregorian dome 20170317ek_hf_usrp.avi 20170317ek_hf_usrp.mov HighResMovie (8MHz) 20170324_exp24_8_hf_usrp.avi 20170324_exp24_8_hf_usrp.mov Carriage house 20170317ek_hf_chn12.avi 20170317ek_hf_chn12.mov	gr ch	h3112			elizabeth 170317 17:06 to 20:00 az=348,zagr=1.1, zach=11 ch->ET [4.5,8.5] , gr-> usrp more info	05may17
25. gregorian dome 20170317pb3_hf_usrp.avi 20170317pb3_hf_usrp.mov Carriage house 20170317pb3_hf_chn12.avi 20170317pb3_hf_chn12.mov	gr ch	h3156			paul 170317 20:00 to 20:45 echotek movie continues till 03:00 (with no hf) usrp movie stops at 21:30 az=348,zagr=1.1, zach=11 ch->ET [4.5,8.5] , gr-> usrp more info	05may17
26. gregorian dome 20170318pb1_hf_usrp.avi 20170318pb1_hf_usrp.mov Carriage house 20170318pb1_hf_chn12.avi 20170318pb1_hf_chn12.mov	gr ch	h3156			paul 170318 06:40 to 07:30 az=348,zagr=1.1, zach=11 ch->ET [4.5,8.5] , gr-> usrp more info	05may17
27. Carriage house 20170318bfh_hf_chn2.avi 20170318bfh_hf_chn2.mov HighResMovie 20170318_exp27_hf_chn2.avi 20170318_exp27_hf_chn2.mov	ch	h3111			frank and herb 170318 08:45 to 11:07 az=348,zagr=11, zach=1/li> ch->ET [-5.5,5.5] , gr no data more info	05may17
28. gregorian dome 20170318pb2_hf_usrp.avi 20170318pb2_hf_usrp.mov HighResMovie 20170318_exp28_hf_usrp.avi 20170318_exp28_hf_usrp.mov	gr	h3156			paul,natasha 170318 12:30 to 16:35 az=348,zagr=1.1, zach=11 ch nodata , gr-> usrp HiRes movie is a blowup around the hf frequency. more info	05may17
29. gregorian dome 20170318ek_hf_usrp.avi 20170318ek_hf_usrp.mov HighResMovie 20170318_exp29_hf_usrp.avi 20170318_exp29_hf_usrp.mov	gr	h3112			elizabeth 170318 17:15 to 21:06 az=348,zagr=1.1, zach=11 ch no data , gr-> usrp HiRes movie is a blowup around the hf frequency. more info	05may17
30. gregorian dome 20170319fh1_hf_usrp.avi 20170319fh1_hf_usrp.mov	gr	h3111			frank and herb 170319 06:43 to 08:00 az=348,zagr=1.1, zach=11 ch no data, gr-> usrp more info	05may17
31. gregorian dome 20170319en_hf_usrp.avi 20170319en_hf_usrp.mov HighResMovie 20170319_exp31_hf_usrp.avi 20170319_exp31_hf_usrp.mov	gr	h3171			eliana 170319 08:00 to 11:20 az=348,zagr=1.1, zach=11 ch no data, gr-> usrp more info	05may17
32. gregorian dome 20170319fh2_hf_usrp.avi 20170319fh2_hf_usrp.mov HighResMovie 20170319_exp32_hf_usrp.avi 20170319_exp32_hf_usrp.mov	gr	h3111			frank and herb 170319 11:20 to 20:12 az=348,zagr=1.1, zach=11 ch no data , gr-> usrp more info	05may17
33. gregorian dome 20170319nohf_hf_usrp.avi 20170319nohf_hf_usrp.mov	gr	hf			no hf, tx430 clp rest of night 170319 20:12 to 07:35 az=348,zagr=1.1, zach=11 ch no data , gr-> usrp more info	05may17
end mar17 hf campaign
04may17 hftest echoTek [5.5,9.5] 20170504_testhf_chn12.avi 20170504_testhf_chn12.mov highres movie (105-340km)] 20170504_testhf_blwup_chn1.avi 20170504_testhf_blwup_chn1.mov 20170504_testhf_usrp.avi 20170504_testhf_usrp.mov highres move E region 20170504_testhf_ergn_usrp.avi 20170504_testhf_ergn_usrp.mov	ch	hftest		0.7 1.2 0.9 1.1	hf test after insulator for 5 Mhz support cables installed. single beam. chza = 0, hf=5.125Mhz ch-> echotek [5.5,9.5] ch -> usrp data: 05/04 10:00 to 15:35 hf off 12:45 - 13:02 hf off 13:45 to 14:50 strong eregion layer. plasma line images at +/- hf freq (5.125 Mhz) the highres movies are blowups showing the enhanced plasma line in the e region. more info	10may17
05may17 t3145 herb echoTek [-5.5,5.5] clp_20170505_chn2.avi clp_20170505_chn2.mov tpsd_20170505_tpsd_chn2.avi tpsd_20170505_tpsd_chn2.mov usrp clp_20170505_usrp.avi clp_20170505_usrp.mov tpsd_20170505_tpsd_usrp.avi tpsd_20170505_tpsd_usrp.mov	ch	t3145		1.4 .086 .14	herb and frank ch single beam, za=0 ch -> echotek [-5.5,5.5] ch -> usrp [25Mhz bw] 50 secs clp [440 usec rf] 10 secs tpsd [500 usec rf, 10ms ipp] data: 05/05 14:51 to 05/06 05:24 Notes: You can follow the plasma line on all night.	10may17
may17 hf campaign start 430 tx setup: 10 ms ipp, 440 usec rf pulse. The movies are now public access.
1. gregorian dome 20170521pb_hf_usrp.avi 20170521pb_hf_usrp.mov HighResMovie 20170521_exp1_hf_usrp.avi 20170521_exp1_hf_usrp.mov Carriage house 20170521pb_hf_chn12.avi 20170521pb_hf_chn12.mov	gr ch	h3156			paul 170521 10:55 to 12:30 az=348,zagr=1.1, zach=11 ch->ET [5.5,9.5] , gr-> usrp hf 5.1 MHz more info	17jun17
2.gregorian dome 20170521njb_hf_usrp.avi 20170521njb_hf_usrp.mov Carriage house 20170521njb_hf_chn12.avi 20170521njb_hf_chn12.mov	gr ch	h3194			natasha 170521 12:30 to 14:30 az=168,zagr=1.1, zach=11 ch->ET [5.5,9.5] , gr-> usrp hf 8.175 MHz more info	17jun17
3. gregorian dome 20170521en_hf_usrp.avi 20170521en_hf_usrp.mov HighResMovie 20170521_exp3_hf_usrp.avi 20170521_exp3_hf_usrp.mov Carriage house 20170521en_hf_chn12.avi 20170521en_hf_chn12.mov	gr ch	h3171			eliana 170521 15:00 to 16:30 az=168,zagr=1.1, zach=11 ch->ET [5.5,9.5] , gr-> usrp hf 8.175 MHz more info	17jun17
4. gregorian dome 20170521bg_hf_usrp.avi 20170521bg_hf_usrp.mov HighResMovie 20170521_exp4_hf_usrp.avi 20170521_exp4_hf_usrp.mov Carriage house 20170521bg_hf_chn12.avi 20170521bg_hf_chn12.mov	gr ch	h3194			bjorn 170521 17:15 to 02:00 az=168,zagr=1.1, zach=11 ch->ET [5.5,9.5] , gr-> usrp hf 5.125 MHz more info	17jun17
5. gregorian dome 20170522en1_hf_usrp.avi 20170522en1_hf_usrp.mov HighResMovie 20170522_exp5_hf_usrp.avi 20170522_exp5_hf_usrp.mov Carriage house 20170522en1_hf_chn12.avi 20170522en1_hf_chn12.mov	gr ch	h3171			eliana 170522 02:00 to 10:30 az=168,zagr=1.1, zach=11 ch->ET [5.5,9.5] , gr-> usrp hf 5.125 MHz more info	17jun17
6. gregorian dome 20170522pb_hf_usrp.avi 20170522pb_hf_usrp.mov HighResMovie 20170522_exp6_hf_usrp.avi 20170522_exp6_hf_usrp.mov Carriage house 20170522pb_hf_chn12.avi 20170522pb_hf_chn12.mov	gr ch	h3156			paul 170522 11:00 to 12:30 az=348,zagr=1.1, zach=11 ch->ET [5.5,9.5] , gr-> usrp hf 5.1 MHz more info	17jun17
7. gregorian dome 20170522en2_hf_usrp.avi 20170522en2_hf_usrp.mov Carriage house 20170522en2_hf_chn12.avi 20170522en2_hf_chn12.mov	gr ch	h3171			eliana 170522 12:30 to 14:00 az=348,zagr=1.1, zach=11 ch->ET [5.5,9.5] , gr-> usrp hf 5.1 MHz more info	17jun17
8. gregorian dome 20170522njb_hf_usrp.avi 20170522njb_hf_usrp.mov Carriage house 20170522njb_hf_chn12.avi	gr ch	h3194			natasha 170522 14:30 to 17;00 az=168,zagr=1.1, zach=11 ch->ET [5.5,9.5] , gr-> usrp hf 8.175 MHz more info	17jun17
9. gregorian dome 20170522bg_hf_usrp.avi 20170522bg_hf_usrp.mov HighResMovie 20170522_exp9_hf_usrp.avi 20170522_exp9_hf_usrp.mov Carriage house 20170522bg_hf_chn12.avi	gr ch	h3155			bjorn 170522 17:00 to 02:00 az=168,zagr=1.1, zach=11 ch->ET [5.5,9.5] , gr-> usrp hf 8.175 MHz then 5.125 more info	17jun17
10. gregorian dome 20170523en_hf_usrp.avi 20170523en_hf_usrp.mov HighResMovie 20170523_exp10_hf_usrp.avi 20170523_exp10_hf_usrp.mov Carriage house 20170523en_hf_chn12.avi 20170523en_hf_chn12.mov	gr ch	h3171			eliana 170523 02:00 to 09:45 az=168,zagr=1.1, zach=11 ch->ET [5.5,9.5] , gr-> usrp hf 5.125 MHz more info	17jun17
12. gregorian dome 20170523njb1_hf_usrp.avi 20170523njb1_hf_usrp.mov HighResMovie 20170523_exp12_hf_usrp.avi 20170523_exp12_hf_usrp.mov Carriage house 20170523njb1_hf_chn12.avi 20170523njb1_hf_chn12.mov	gr ch	h3194			natasha 170523 12:00 to 21:15 az=168,zagr=1.1, zach=11 ch->ET [5.5,9.5] , gr-> usrp hf 8.175 MHz more info	17jun17
13. gregorian dome 20170523njb2_hf_usrp.avi 20170523njb2_hf_usrp.mov Carriage house 20170523njb2_hf_chn12.avi 20170523njb2_hf_chn12.mov	gr ch	h3194			natasha 170521 21:50 to 00:00 az=168,zagr=1.1, zach=11 ch->ET [5.5,9.5] , gr-> usrp hf 5.125 MHz more info	17jun17
14. Carriage house 20170524mcl_hf_chn2.avi 20170524mcl_hf_chn2.mov	ch	t2689			min-chang lee 170524 00:00 to 03:00 az=348,zagr=11, zach=0 ch->ET [-4.5,4.5] , gr-> nodata hf 5.125 MHz more info	17jun17
15. gregorian dome 20170524sg_hf_usrp.avi 20170524sg_hf_usrp.mov HighResMovie 20170524_exp15_hf_usrp.avi 20170524_exp15_hf_usrp.mov Carriage house 20170524sg_hf_chn2.avi 20170524sg_hf_chn2.mov	gr ch	t2869			suman 170521 03:00 to 09:00 az=348,zagr=1.1, zach=11 ch->ET [-4.5,4.5] , gr-> usrp hf 5.125 MHz more info	17jun17
16. gregorian dome 20170524pb1_hf_usrp.avi 20170524pb1_hf_usrp.mov Carriage house 20170524pb1_hf_chn12.avi 20170524pb1_hf_chn12.mov	gr ch	h3156			paul 170524 10:00 to 14:25 az=168,zagr=6 then 11 zach=6 then 11 ch->ET [5.5,9.5] , gr-> usrp hf 5.0988 MHz more info	17jun17
17. gregorian dome 20170524pb2_hf_usrp.avi 20170524pb2_hf_usrp.mov Carriage house 20170524pb2_hf_chn12.avi	gr ch	h3156			paul 170524 14:30 to 16:00 az=168,zagr=11, zach=11 ch->ET [5.5,9.5] , gr-> usrp hf 8.175 MHz more info	17jun17
18. gregorian dome 20170524njb1_hf_usrp.avi 20170524njb1_hf_usrp.mov Carriage house 20170524njb1_hf_chn12.avi 20170524njb1_hf_chn12.mov	gr ch	h3194			natasha 170524 16:00 to 19:55 az=168,zagr=1.1, zach=11 ch->ET [5.5,9.5] , gr-> usrp hf 8.175 MHz more info	17jun17
19. gregorian dome 20170524njb2_hf_usrp.avi 20170524njb2_hf_usrp.mov Carriage house 20170524njb2_hf_chn12.avi 20170524njb2_hf_chn12.mov	gr ch	h3194			natasha 170524 20:00 to 00:00 az=168,zagr=1.1, zach=11 ch->ET [5.5,9.5] , gr-> usrp hf 5.125 MHz more info	17jun17
20. gregorian dome 20170525mcl_hf_usrp.avi 20170525mcl_hf_usrp.mov	gr	t2689			min-chang lee 170525 00:00 to 03:00 az=348,zagr=1.1, zach=11 (single beam, gr only) ch->ET [5.5,9.5] , gr-> usrp hf 5.125 MHz more info	17jun17
21. gregorian dome 20170525sg_hf_usrp.avi 20170525sg_hf_usrp.mov HighResMovie 20170525_exp21_hf_usrp.avi 20170525_exp21_hf_usrp.mov Carriage house 20170525sg_hf_chn12.avi 20170525sg_hf_chn12.mov	gr ch	t2869			suman 170525 03:00 to 09:00 az=348,zagr=1.1, zach=11 ch->ET [5.5,9.5] , gr-> usrp hf 5.125MHz more info	17jun17
22. gregorian dome 20170525pb_hf_usrp.avi 20170525pb_hf_usrp.mov HighResMovie 20170525_exp22_hf_usrp.avi 20170525_exp22_hf_usrp.mov Carriage house 20170525pb_hf_chn12.avi 20170525pb_hf_chn12.mov	gr ch	h3156			paul 170525 10:00 to 11:00 az=348,zagr=1.1, zach=11 ch->ET [5.5,9.5] , gr-> usrp hf 5.1 MHz more info	17jun17
23. gregorian dome 20170525njb1_hf_usrp.avi 20170525njb1_hf_usrp.mov HighResMovie 20170525_exp23_hf_usrp.avi 20170525_exp23_hf_usrp.mov Carriage house 20170525njb1_hf_chn12.avi 20170525njb1_hf_chn12.mov	gr ch	h3194			natasha 170521 11:00 to 20:05 az=348,zagr=1.1, zach=11i ch->ET [5.5,9.5] , gr-> usrp hf 8.175 MHz Lots of e-region action (some at the wrong freq!). more info	17jun17
24. gregorian dome 20170525njb2_hf_usrp.avi 20170525njb2_hf_usrp.mov HighResMovie 20170525_exp24_hf_usrp.avi 20170525_exp24_hf_usrp.mov Carriage house 20170525njb2_hf_chn12.avi 20170525njb2_hf_chn12.mov	gr ch	h3194			natasha 170525 20:00 to 00:00 az=348,zagr=1.1, zach=11 ch->ET [5.5,9.5] , gr-> usrp hf 5.125 MHz more info	17jun17
25. gregorian dome 20170526mcl_hf_usrp.avi 20170526mcl_hf_usrp.mov	gr	t2689			min-chang lee 170526 00:00 to 03:00 az=348,zagr=1.1, zach=11 gr-> usrp hf 5.125 MHz more info	17jun17
26. gregorian dome 20170526sg_hf_usrp.avi 20170526sg_hf_usrp.mov HighResMovie 20170526_exp26_hf_usrp.avi 20170526_exp26_hf_usrp.mov Carriage house 20170526sg_hf_chn12.avi 20170526sg_hf_chn12.mov	gr ch	t2869			suman 170526 03:00 to 08:00 az=348,zagr=1.1, zach=11 ch->ET [5.5,9.5] , gr-> usrp hf 5.125 MHz more info	17jun17
end may17 hf campaign
07jun17 t3145 herb echoTek [-5.5,5.5] clp_20170607_chn2.avi clp_20170607_chn2.mov tpsd_20170607_tpsd_chn2.avi tpsd_20170607_tpsd_chn2.mov usrp clp_20170607_usrp.avi clp_20170607_usrp.mov tpsd_20170607_tpsd_usrp.avi tpsd_20170607_tpsd_usrp.mov	ch	t3145		1.2 .09 2.1 .14	herb and frank ch single beam, za=0 ch -> echotek [-5.5,5.5] ch -> usrp [25Mhz bw] 50 secs clp [440 usec rf] 10 secs tpsd [500 usec rf, 10ms ipp] data: 06/07 16:50 to 06/08 06:58 Notes: tpsd data shows the cut off stays above 4.5 MHz thru 3am.	15jun17
20170623 - 20170626 t3146 Herb & Frank daytime: dual beam ch: echotek (5.5,9.5) Mhz gr: -> usrp 25 MHz bw moveazsit: 348, 78 deg... 90 minutes at each spot. za gr=15, gr ch=0 nighttime: single beam ch -> echoteck [-4.5,4.5] 1st night, then [-5.5,5.5] ch -> usrp 25mhz bw ch za=0
20170623 nighttime, sb ch. echotek[-4.5,4.5] 20170623n_chn2_avi 20170623n_chn2.mov usrp 20170623n_usrp.avi 20170623n_usrp.mov	sb ch	t3146			ch, single beam [-4.5,4.5] ->echotek 25Mhz ch -> usrp data: 06/23 15:24 to 06/24 08:00 ch za=0	11jul17
20170624 daytime dual beam ch echotek [5.5,9.5] 20170624d_chn12.avi 20170624d_chn12.mov gr usrp 25Mhz gr_20170624d_usrp.avi gr_20170624d_usrp.mov	db ch gr	t3146			dual beam ch -> echotek [+5.5,9.5] gr -> usrp 25Mhz chza=0,grza=15 moveazsit 348,78, 90min sit. data: 06/24 08:28 to 06/24 17:00 15:30 echotek, switched to [-5.5,-9.5] to get away from rfi.	11jul17
20170624 nighttime, sb ch. echotek[-5.5,5.5] 20170624n_chn2_avi 20170624n_chn2.mov usrp 20170624n_usrp.avi 20170624n_usrp.mov	sb ch	t3146			ch, single beam [-5.5,5.5] ->echotek 25Mhz ch -> usrp data: 06/24 17:00 to 06/25 08:00 ch za=0	11jul17
20170625 daytime dual beam ch echotek [5.5,9.5] 20170625d_chn12.avi 20170625d_chn12.mov gr usrp 25Mhz 20170625d_usrp.avi 20170625d_usrp.mov	db ch gr	t3146			dual beam ch -> echotek [+5.5,9.5] gr -> usrp 25Mhz chza=0,grza=15 moveazsit 348,78, 90min sit. data: 06/25 08:00 to 06/25 17:00	11jul17
20170625 nighttime, sb ch. echotek[-5.5,5.5] 20170625n_chn2_avi 20170625n_chn2.mov usrp 20170625n_usrp.avi 20170625n_usrp.mov	sb ch	t3146			ch, single beam [-5.5,5.5] ->echotek 25Mhz ch -> usrp data: 06/25 17:00 to 06/26 08:00 ch za=0	11jul17
end t3146 23-26jun17
jul17 hf campaign start 430 tx setup: 10 ms ipp, 440 usec rf pulse. The 430 tx failed on the 3rd day of the campaign The movies are now public access.
1. gregorian dome 20170724cf_hf_usrp.avi 20170724cf_hf_usrp.mov Carriage house 20170724cf_hf_chn12.avi 20170724cf_hf_chn12.mov	db ch gr	h3206	261 80	.126 .032	chris fallen dual beam ch->echotek [5.5,9.5] gr->usrp az=348,zagr=1.1,zach=11 data 170724:13:40 to 14:20 Lots of arcing more info	01apr18
2. gregorian dome 20170724hf_hf_usrp.avi 20170724hf_hf_usrp.mov Carriage house 20170724bhf_hf_chn2.avi 20170724bhf_hf_chn2.mov HighResMovie (10sec avg all data) 20170724_exp2_hf_chn2.avi 20170724_exp2_hf_chn2.mov	db ch gr	t2567	2965 2929	1.6 1.1	herb and frank, dual beam ch->echotek [-5.5,5.5] gr-> usrp az=348,zach=11,3.5,zagr=1.1,10 data:0724,14:30 to 00:00 The hires movie made from the ch data, blows up: 434-436 MHz 170-400 Km. more info	01apr18
3. gregorian dome 20170725kj_hf_usrp.avi 20170725kj_hf_usrp.mov Carriage house 20170725kj_hf_chn2.avi 20170725kj_hf_chn2.mov	db ch gr	h3207	2388 1792	1.3 .628	kushboo, dual beam ch->echotek [-5.5,5.5] gr-> usrp az=348,zach=11,zagr=1.1 data:0725,00:00 to 06:48 had 430 tx trouble in am. more info	01apr18
4. gregorian dome 20170725cf_hf_usrp.avi 20170725cf_hf_usrp.mov Carriage house 20170725cf_hf_chn12.avi 20170725cf_hf_chn12.mov	db ch gr	h3206	218 110	.118 .043	chris fallen, dual beam ch->echotek [5.5,9.5] gr-> usrp az=348,zach=11,zagr=1.1 data:0725,08:56 to 09:14 had 430 tx trouble more info	01apr18
5. gregorian dome 20170726ac_hf_usrp.avi 20170726ac_hf_usrp.mov HighResMovie (10sec avg all data) 20170726_exp5_hf_usrp.avi 20170726_exp5_hf_usrp.mov HighResMovie (.1sec avg) 20170726_exp5_hf_hightmres_usrp.avi 20170726_exp5_hf_hightmres_usrp.mov HighResMovie (10sec avg Eregion) 20170726_exp5_hf_ergn_usrp.avi 20170726_exp5_hf_ergn_usrp.mov	sb gr	h3211	1433 1368 6480 360	.773 .699 2.0 .165	anthea, single beam, gr gr-> usrp az=348,zach=15,zagr=1.1 data:170626 all data:11:55 to 16:45 movie starts before exp. 10sec avg all data: 11:55 to 16:45 190-305 km 434.5-436.9 Mhz .1 sec avg: 15:45:54 to 15:56:41 (8 min on with larges overshoot) 200-240 km 434.5 to 436.9 MHz 10 sec eregion blowup 12:46:20 to 13:45 100 to 215 km 433.2 to 435.4 Mhz shows eregion enhancement at 434.5 Mhz more info	01apr18
end jul17 hf campaign
20170727 isr summer school gr echotek [-5,5] clp movie 20170727_chn2.avi 20170727_chn2.mov Topside movie 20170727_tpsd_chn2.avi 20170727_tpsd_chn2.mov fof2 from digisonde database (.png)	sb gr	t3196			single beam, 430tx, no hf. gr -> echotek. [-5,5] Mhz topside: 500 usec rf pulse clp: 440 usec rf pulse. data 26may 20:40 ->27may 09:15 430 tx power there was trouble with 430 tx, so we had to run at reduced power. 20:40 600KW 22:20 400KW 01:50 200KW I included the fof2 plot from the remy ionosonde for 27ma17. The fof2 uses UTC. The movie times are AST (UTC-4).	27jul17
20170819 - 23 t3188 eclipse 10 sec topside (500 usec rf pulse, 10ms ipp), 10 sec clp (440 usec rf pulse). started with dual beam ch->usrp, gr->echotek [4.5,8.5] chza=0,zagr=15. beam swing 75->180 0820 14:18 tx failed. off the air 0821 19:26 back on the air single beam (ch -> usrp) tx at 600KW -> ch 0822 11:35 switched back to dual beam. (ch->usrp, gr->echotek) about 1.2 MW total tx output 0823 08:00 done
gr -> echotek data
20170819-20 clp movie 20170819_chn12.avi 20170819_chn12.mov topside movie 20170819_tpsd_chn12.avi 20170819_tpsd_chn12.mov	db	t3188		1.8 .533	dual beam. gr echotek data: 0819 12:34 - 0819 14:18 Then tx failed	25aug17
20170822-23 clp movie 20170822chn12.avi 20170822_chn12.mov topside movie 20170822_tpsd_chn12.avi 20170822_tpsd_chn12.mov	db	t3188		1.4 0.4	dual beam gr echotek data: 0822 11:35 - 0823 08:00	25aug17
ch -> usrp data
20170819-20 clp movie 20170819_usrp.avi 20170819_usrp.mov topside movie 20170819_tpsd_usrp.avi 20170819_tpsd_usrp.mov	db	t3188		2.1 0.7	dual beam ch usrp data 0819 12:48 - 0820 10:58	25aug17
20170820-22 clp movie 20170820_usrp.avi 20170820_usrp.mov topside movie 20170820_tpsd_usrp.avi 20170820_tpsd_usrp.mov	db sb db	t3188		2.0 .43	beams: (see times below) ch usrp data 0820 11:01 - 0820 14:18 db then tx fail 0821 19:26 - 0822 12:46 sb till 0822 11:35 then db	02sep17
20170822-23 clp movie 20170822_usrp.avi 20170822_usrp.mov topside movie 20170822_tpsd_usrp.avi 20170822_tpsd_usrp.mov	db	t3188		1.9 .61	dual beam ch usrp data 0822 12:49 - 0823 08:00 fof2 stayed above 5MHz until at least 1am.	02sep17
end 20170819-23 t3188
28aug17 t3145 herb&frank ch-> usrp clp movie 20170828_usrp.avi 20170828_usrp.mov Topside movie 20170828_tpsd_usrp.avi 20170828_tpsd_usrp.mov	sb ch	t3145		2.4 .16	single beam. ch-> usrp clp (50 secs) tpsd (10 secs) 10ms ipp, 500 usec rf. data: 0828 16:09 to 0829 07:00 You can see (very weak) the clp profile for most of the night.	02sep17
20170913-15 t3149 all clp. az fixed at 270deg the entire experiment dual beam ch -> echotek [5.5,9.5] Mhz, za=0 gr -> usrp, za=10 single beam gr -> usrp gr -> echotek [5.5,9.5] gr moves between 2 and 19deg za at .04 deg/sec. plasma freq range/time plot (.png) only for part of 20170913
echotek data
20170913 gr -> echotek 20170913_chn12.avi 20170913_chn12.mov	sb gr	t3149		.48	single beam gr-> usrp,gr-> echotek data: 0913 10:40 to 0913 14:04 Dome moving za 2->19 and back at .04 deg/sec az=270.	18sep17
20170913-14 ch-> echotek 20170913b_chn12.avi 20170913b_chn12.mov	db	t3149		2.0	dual beam ch-> echotek echotek data [5.5,9.5] az=270,chza=0,grza=10 data: 0913 14:20 to 0914 09:09 missing data 0913 21:42 to 0914 02:00	18sep17
20170914 gr-> echotek 20170914_chn12.avi 20170914_chn12.mov	sb gr	t3149		.65	single beam gr-> echotek [5.5,9.5] gr-> usrp az=270,grza 2->19 at .04 deg/sec data: 0914 09:22 to 0914 14:00	18sep17
20170914-15 ch-> echotek 20170914b_chn12.avi 20170914b_chn12.mov	db	t3149		1.7	dual beam ch -> echotek az=270, chza=0,grza=10 data: 0914 15:22 to 0915 08:00 missing data 0914 21:30 to 0915 02:00	18sep17
20170915 ch->echotek 20170915_chn12.avi 20170915_chn12.mov	db	t3149		.59	dual beam ch -> echotek az=270, chza=8.8,grza=2-19 data: 0915 11:44 to 0915 15:58	12dec17
usrp data (greg dome)
20170913-14 gr-> usrp 20170913_usrp.avi 20170913_usrp.mov	sb gr->usrp db gr	t3149		4.2	data: 0913 10:32 to 14:04 sb gr->usrp az=270,grza 2->19 deg at .02 deg/sec 0913 14:22 to 0913 21:36 dual beam gr-> usrp zagr=10,az=270 0913 21:36 to 0914 02:00 sb gr-> usrp zagr 2 to 19 deg at .04 deg/sec. 0914 02:00 to 0914 09:09	08dec17
20170914-15 gr->usrp 20170914_usrp.avi 20170914_usrp.mov	sb gr->usrp db gr	t3149		4.0	data: 0914 09:25 to 0914 14:01 sb gr->usrp az=270,grza=2 to 19 at .04 deg/sec 0914 15:22 to 0914 21:30 dual bm gr -> usrp zagr=10, az=270 0914 21:36 to 0915 02:00 sb gr -> usrp zagr 2 to 19 deg at .04 deg/sec 0915 02:00 to 08:00 db gr-> usrp zagr=10, az=270	08dec17
20170915 gr -> usrp 20170915_usrp.avi 20170915_usrp.mov	sb gr->usrp	t3149		.83	data 0915 11:43 to 0915 15:58 sb gr->usrp zagr 2->19 at .04 deg/sec	08dec17
end 20170913-15 t3149
20170915-17 t1193 world day 20 secs clp (rf pulse -= 440 usecs) 10 secs topside (rf pulse=500 usecs) dual beam zach=0,zagr=15 az swing 75 to 180 deg. ch -> echotek [-5.5,5.5] gr-> usrp Ne,Te,Ti,vel plots (.png)
ch -> echotek
20170915 clp 20170915_t1193_chn2.avi 20170915_t1193_chn2.mov tpsd 20170915_t1193_tpsd_chn2.avi 20170915_t1193_tpsd_chn2.mov	db	t1193		1.3	movie of upshifted line data 0915 16:30 to 0916 07:19	08dec17
20170916 clp 20170916_chn2.avi 20170916_chn2.mov tpsd 20170916_tpsd_chn2.avi 20170916_tpsd_chn2.mov	db	t1193		2.4	data: 0916 09:06 to 0917 14:40	08dec17
end 20170915-19
20170920 - hurricane maria. linefeed falls into the dish
20171128_chn2.avi 20171128_chn2.mov	sb gr	test			gr->echtek [-5.5,5.5] , za=1.06 1 hour testing,noon,clp.. after maria started 400KW got up to 825KW at end The movie only covers 433-437MHz, 90 to 360km	171130
20171129-30 t3149. herb & frank gr ->echotek [-5.5,5.5] gr->usrp 50 secs cp 10 secs tpsd (but had ipp set to 20ms so usrp processing missed some tpsd data.
echotek clp 20171129_chn2.avi 20171129_chn2.mov tpsd 20171129_tpsd_chn2.avi 20171129_tpsd_chn2.mov	sb gr	t3149		1.2 .09	data 1129 16:15 to 07:29	171212
usrp clp 20171129_usrp.avi 20171129_usrp.mov tpsd 20171129_tpsd_usrp.avi 20171129_tpsd_usrp.mov	sb gr	t3149		2.0 .02	data 1129 16:15 to 07:29	171212
end 20171129-30
20171227-28 t3145. herb & frank gr ->echotek [-5.5,5.5] gr->usrp 50 secs clp 10 secs tpsd
echotek clp 20171227_chn2.avi 20171227_chn2.mov tpsd 20171227_tpsd_chn2.avi 20171227_tpsd_chn2.mov	sb gr	t3145		1.4 .1	data 1227 14:09 to 07:30	180109
usrp clp 20171227_usrp.avi 20171227_usrp.mov tpsd 20171227_tpsd_usrp.avi 20171227_tpsd_usrp.mov	sb gr	t3145		2.2 .15	data 1227 14:09 to 07:30	180109
end 20171227-28

2018 clp movies

2018 movies

20180115-17 t1193

gr -> echotek [-5.5,5.5]
gr -> usrp
10 secs clp, 10 secs tpsd
grza=15, azswing 346<->440 deg at .4deg/sec
430 tx power during experiment (.pdf)

20180115

echotek

usrp

echotek

usrp

sb
gr

t1193

1000

.76

1.2

.32

.53

data

01/15 15:30 ->01/16 07:30
echotek:

image 433->438 mhz

usrp

image:420->440 Mhz

180125

20180116

echotek

usrp

echotek

usrp

sb
gr

t1193

.78

1.2

.33

.55

data

01/16 15:11 ->01/17 07:35
echotek:

image 433->438 mhz

usrp

image:420->440 Mhz

180125

end 20180115-17

20180117-19 T3150. qihou

azswing 360 deg at .4deg/sec. zagr=15.
gr-> echotek [-5.5,5.5]
gr-> usrp
clp, 6ms ipp, 346usec rf pulse, thumbwheel blanking=160usecs, 6 second integrations
430 tx power during experiment (.pdf)

20180117

usrp

sb
gr

t3150

.83

data

usrp
01/17 20:09 -> 01/17 23:17
tx failed at 23:17
usrp

image:422->438 Mhz

180126

20180118

echotek

usrp

sb
gr

t1193

.78

4.1

data

01/18 15:42 ->01/19 07:30
echotek:

image 433->438 mhz

usrp

image:422>438 Mhz

180126

end 20180117-18

20180129-0202 t1193

gr -> echotek [-5.5,5.5]
gr -> usrp
30 secs clp, 20 secs tpsd
grza=15, azswing 435<->540 deg at .4deg/sec
plasma freq range/time plots (.png)
430 tx power during experiment (.pdf)

echotek data

20180129

20180129_chn2.avi

20180129_chn2.mov

20180129_tpsd_chn2.avi

20180129_tpsd_chn2.mov

sb
gr

t1193

1.4

.38

01/29 10:26 ->01/30 11:56

180222

20180130

20180130_chn2.avi

20180130_chn2.mov

20180130_tpsd_chn2.avi

20180130_tpsd_chn2.mov

sb
gr

t1193

2.0

.54

01/30 14:07 ->02/01 01:46

180222

20180201

20180201_chn2.avi

20180201_chn2.mov

20180201_tpsd_chn2.avi

20180201_tpsd_chn2.mov

sb
gr

t1193

1.3

.34

02/01 08:10 ->02/02 07:30
missing data
02/01 18:45-19:42 pwrFail

switch to generators

180222

usrp data

20180129

20180129_usrp.avi

20180129_usrp.mov

20180129_tpsd_usrp.avi

20180129_tpsd_usrp.mov

sb
gr

t1193

2.0

.6

01/29 10:30 ->01/30 09:30

180222

20180130

sb
gr

t1193

1.8

.6

01/30 09:43 ->01/31 08L00

180222

20180131

20180131_usrp.avi

20180131_usrp.mov

20180131_tpsd_usrp.avi

20180131_tpsd_usrp.mov

sb
gr

t1193

2.0

.56

01/31 08:50 ->02/01 13:20

180222

20180201

20180201_usrp.avi

20180201_usrp.mov

20180201_tpsd_usrp.avi

20180201_tpsd_usrp.mov

sb
gr

t1193

1.6

.47

02/01 13:23 ->02/02 07:30

180222

end 20180129-0202

20180215-17 t1193

gr -> echotek [-5.5,5.5]
gr -> usrp
30 secs clp, 20 secs tpsd
grza=15, azswing 435-540 deg at .4deg/sec
430 tx power during experiment (.pdf)

echotek data

20180215

20180215_chn2.avi

20180215_chn2.mov

20180215_tpsd_chn2.avi

20180215_tpsd_chn2.mov

sb
gr

t1193

2.6

.58

02/15 08:25 ->02/16 01:27
movie 433-438 MHz band

missing data:

02/16 11:30-12:05

switched to generators

02/17 01:28-08:51

daeron disk filled up.

plane radar rfi. 434.5 440.5 Mhz

02/15 16:55-19:00
02/16 15:54-17:20
hawk eye radar plane?

180222

20180217

20180217_chn2.avi

20180217_chn2.mov

20180217_tpsd_chn2.avi

20180217_tpsd_chn2.mov

sb
gr

t1193

.34

.03

02/17 08:52 ->02/17 14:02
movie 433-438 MHz band
plane radar rfi. 434.5 440.5 Mhz

02/17 12:52-13:30

180222

usrp data

20180215

sb
gr

t1193

2.4

.70

data 02/15 08:25 ->02/16 10:47
radar plane 435-441

02/15 11:46 - 19:15

180222

20180216

sb
gr

t1193

2.4

.69

data 02/16 10:52 ->02/17 14:00
missing data:

02/16 11:28 - 12:05

switch to gen.

radar plane 435-441

02/16 12:15 - 17:30
02/17 11:45 - 14:00

180222

end 20180215-17

20180307 hf_test
gr->echotek,usrp
gr za 1.06 then 3deg
clp 10ms

echotek [-5.5,5.5] Mhz

10 sec accum, full hgt,freq range

10 sec accum, blowup freq,range

1 sec accum, blowup freq,range

1 sec movie of spectra about enhanced line

sb
gr

hftest

.2

,27

2.1

echotek movies of chn 2
3 sets of movies made:
10 sec accum, full rnage
10 sec accum, blowup in freq and range
1 sec accum, blowup in freq, range.
More info on when we turn hf on, off:
e-region enhancements

Movie of spectra

13 spectra heights are plotted around the enhanced plasma line.
the y scale is a log scale (with offsets for display).
the 13 heights vary as the enhancement moves in range.

09mar18

20180309 hf_test
gr->echotek,usrp
gr za 1.06 then 3 deg
clp 10ms
echotek [-5.5,5.5]

10sec accum, full hght,freq range

10 sec accum blowup hght,freq.

sb
gr

hftest

.49

.8

echotek movies of chn 2
2 sets of movies made:
10 sec accum, full rnage
10 sec accum, blowup in freq and range
More info on when we turn hf on, off:

10mar18

mar18 hf campaign start

430 tx setup: 10 ms ipp, 440 usec rf pulse.
Using the dome in single beam mode (no linefeed)
echotek [-5.5,5.5], usrp 25Mhz Bw.
The movies are now public access.
I've also included the t1193 that was run each nite (after fof2 went below 5.1 Mhz). These are all public access.
Some of the hf movies include a high resolution (_hr_) that blows up the movie about the enhanced plasma line.

1. usrp public access
20180315_hf1_usrp.avi
20180315_hf1_usrp.mov
echotek
20180315_hf1_chn2.avi
20180315_hf1_chn2.mov

Hires usrp
20180315_hf1_hr_usrp.avi
20180315_hf1_hr_usrp.mov

sb
gr

testing

1.1

.71

1.3

testing
az=285,zagr=1.11
data 180315:10:50 to 18:20
echotek data 15/ 10:50 to 11:38

grplasmaline freq set wrong, no data.

more info

01apr18

t1193 20180315: public access
clp
20180315_t1193_usrp.avi usrp
20180315_t1193_usrp.mov

20180315_t1193_chn2.avi echotek
20180315_t1193_chn2.mov

Topside
20180315_t1193_tpsd_usrp.avi usrp
20180315_t1193_tpsd_usrp.mov

20180315_t1193_tpsd_chn2.avi echotek
20180315_t1193_tpsd_chn2.mov

sb
gr

t1193

1.5

1.1

.32

.22

t1193, clp, topside run overnite
data:

15/ 18:20 to 16/10:30

tpsd

15/ 18:22 to 16/ 07:40

03apr18

2. usrp public access
20180316_hf2_usrp.avi
20180316_hf2_usrp.mov
echotek
20180316_hf2_chn2.avi
20180316_hf2_chn2.mov

Hires usrp
20180316_hf2_hr_usrp.avi
20180316_hf2_hr_usrp.mov

sb
gr

testing

.23

.17

.28

testing
az=285,zagr=1.1,10
data:0318,10:30 to 12:00

more info

01apr18

3. usrp
20180316_hf3_usrp.avi
20180316_hf3_usrp.mov
echotek
20180316_hf3_chn2.avi
20180316_hf3_chn2.mov

Hires usrp
20180316_hf3_hr_usrp.avi
20180316_hf3_hr_usrp.mov

sb
gr

h3252

.91

.17

.86

natasha
az=285,zagr=1.1
data:0816,12:00 to 18:00
more info

01apr18

4. usrp
20180316_hf4_usrp.avi
20180316_hf4_usrp.mov
echotek
20180316_hf4_chn2.avi
20180316_hf4_chn2.mov

Hires usrp
20180316_hf4_hr_usrp.avi
20180316_hf4_hr_usrp.mov

sb
gr

h3249

.27

.20

.31

gennady
az=285,zagr=1.1
data:0816,18:00 to 19:48
more info

01apr18

t1193 20180316: public access
clp
20180316_t1193_usrp.avi usrp
20180316_t1193_usrp.mov

20180316_t1193_chn2.avi echotek
20180316_t1193_chn2.mov

Topside
20180316_t1193_tpsd_usrp.avi usrp
20180316_t1193_tpsd_usrp.mov

20180316_t1193_tpsd_chn2.avi echotek
20180316_t1193_tpsd_chn2.mov

sb
gr

t1193

1.5

1.1

.34

.20

t1193, clp, topside run overnite
data:

clp: 16/ 19:48 to 17/ 11:00
tpsd: 16/ 20:02 to 17/ 08:28

03apr18

5. usrp public access
20180317_hf5_usrp.avi
20180317_hf5_usrp.mov
echotek
20180317_hf5_chn2.avi
20180317_hf5_chn2.mov

Hires usrp
20180317_hf5_hr_usrp.avi
20180317_hf5_hr_usrp.mov

sb
gr

testing

.15

.11

.18

testing
az=285,zagr=1.1
data:180317 11:00 to 12:00
more info

01apr18

6. usrp
20180317_hf6_usrp.avi
20180317_hf6_usrp.mov
echotek
20180317_hf6_chn2.avi
20180317_hf6_chn2.mov

Hires usrp
20180317_hf6_hr_usrp.avi
20180317_hf6_hr_usrp.mov

sb
gr

h3252

.90

.66

.85

natasha
az=285,zagr=1.1
data:180317 12:00 to 18:00
more info

01apr18

7. usrp
20180317_hf7_usrp.avi
20180317_hf7_usrp.mov
echotek
20180317_hf7_chn2.avi
20180317_hf7_chn2.mov

Hires usrp
20180317_hf7_hr_usrp.avi
20180317_hf7_hr_usrp.mov

sb
gr

h3249

.34

.25

.25

gennady
az=285,zagr=1.1
data:180317 18:00 to 20:14
more info

01apr18

t1193 20180317: public access
clp
20180317_t1193_usrp.avi usrp
20180317_t1193_usrp.mov

20180317_t1193_chn2.avi echotek
20180317_t1193_chn2.mov

Topside
20180317_t1193_tpsd_usrp.avi usrp
20180317_t1193_tpsd_usrp.mov

20180317_t1193_tpsd_chn2.avi echotek
20180317_t1193_tpsd_chn2.mov

sb
gr

t1193

1.3

.90

.35

.20

t1193, clp, topside run overnite
data:

clp: 17/ 20:13 to 18/ 09:30
tpsd: 17/20:34 to 18/ 09:10

03apr18

8. usrp public access
20180318_hf8_usrp.avi
20180318_hf8_usrp.mov
echotek
20180318_hf8_chn2.avi
20180318_hf8_chn2.mov

Hires usrp
20180318_hf8_hr_usrp.avi
20180318_hf8_hr_usrp.mov

sb
gr

testing

.37

.27

.29

testing
az=285 then 348,zagr=1.1
data:

clp: 180318 09:30 to 12:00

more info
Notes:

11:16 dome moved up to 11deg and then back down to 1.1.

01apr18

9. usrp
20180318_hf9_usrp.avi
20180318_hf9_usrp.mov
echotek
20180318_hf9_chn2.avi
20180318_hf9_chn2.mov

sb
gr

h3252

.59

.65

natasha
az=348,zagr=1.1
data:180318 12:00 to 18:00

usrp data stopped 15:55 (disc errors on new usrp disc) echotek data continued.
more info

01apr18

10.

echotek
20180318_hf10_chn2.avi
20180318_hf10_chn2.mov

sb
gr

h3249

.29

gennady
az=348,zagr=1.1
data:180318 18:00 to 20:50
more info

01apr18

11. public access
echotek
20180318_hf11_chn2.avi
20180318_hf11_chn2.mov

sb
gr

testing

.04

testing
az=348,zagr=1.1
data:180318 20:50 to 21:20
more info

01apr18

end mar18 hf campaign

20180318-20 t3239 qihou

az=348, gr=1.1 sitting.
gr->echotek [-5.5,5.5], gr-->usrp (03/19,20 only)
clp 10ms, tpsd +clp at night
430 tx power during experiment (.pdf)

clp

20180319_usrp.avi                usrp
20180319_usrp.mov

20180318_t3239_chn2.avi     echotek
20180318_t3239_chn2.mov

tpsd

20180319_usrp_tpsd.avi        usrp
20180319_usrp_tpsd.mov

20180318_t3239_tpsd.avi       echotek
20180318_t3239_tpsd.mov

sb
gr

2.8

3.1

.25

.27

data
clp

03/18 21:20 - 03/20 09:30

tpsd:

03/18 20:04 - 03/19 07:50
03/19 18:16 - 03/20 09:30

usrp data started 03/19 10:52
usrp movie is +/- 10Mhz. Recorded data +/- 12.5 Mhz.
tpsd 03/18 20:04 - 21:15 has the hf cycling.
enhancement at 435.9 seen in both clp and tpsd 03/18 20:04
03/19 03:00 fof2 > 5.5 MHz.

Kp index > 5

09apr18

end 20180318-20

20180508,09,14,15 t3259 paul bernhardt

single beam. gr -> usrp,->echotek [-5.5,5.5]
az=190,za=1.06
clp 10ms ipp , rf=440

echotek:
20180508_chn2.avi
20180508_chn2.mov

20180508_hr_chn2.avi
20180508_hr_chn2.mov

usrp
20180508_usrp.avi
20180508_usrp.mov

t3259

data: 20180508 11:32 to 13:02

hires movie
90-200km, 3.0-4.7Mhz shows waves e-region.

180624

echotek
20180509_chn2.avi
20180509_chn2.mov
20180509_hr_chn2.avi
20180509_hr_chn2.mov

usrp
20180509_usrp.avi
20180509_usrp.mov

t3259

data:20180509 11:28 to 13:00

hires movie:
90-200km 3.0 to 4.7 Mhz

data: 20180509 11:17 to 13:00

180624

echotek
20180514_chn2.avi
20180514_chn2.mov

usrp
20180514_usrp.avi
20180514_usrp.mov

t3259

data 20180514 10:48 to 12:30

180624

echotek
20180515_chn2.avi
20180515_chn2.mov

usrp
20180515_usrp.avi
20180515_usrp.mov

t3259

data 20180515 09:44 to 12:00

180624

end 20180508..

20180606-08 t3238 erhan

gr=15 deg, azswing 75-180 deg at .4deg/sec
gr -> echotek [-5.5,5.5] then [5.5,9.5]
gr-> usrp 25 Mhz bw

program	duration [secs]	ipp [ms]	rf [usecs]
clp	10	10.	440
tpsd	10	10	500
tpsd	10	20	1000

The echotek processing had trouble differentiating between 500 and 1000 ms topside (since rfpulse was only sampled to 520 usec
usrp processing did not find all of the 20ms topside ipps

it would skip by 20ms. If there were an odd number of 10ms ipps it would miss the next 20ms set.
One of the usrp discs from the 2018006-08 dataset failed after the data was processed.. so we've lost that raw data.

plasma freq range/time plots (.png) (limited access)

only part of 20180606

EchoTek
Clp
20180606_chn2.avi
20180606_chn2.mov

20180606b_chn12.avi
20180606b_chn12.mov

20180607_chn12.avi
20180607_chn12.mov

Topside
20180606_tpsd_chn2.avi
20180606_tpsd_chn2.mov

20180606b_tpsd_chn12.avi
20180606b_tpsd_chn12.mov

sbgr

t3238

.268

data 06/06 13:12 to 20:10

[-5.5,5.5] Mhz bands (movie of upper band)

data 06/06 21:17 to 06/07 10:42

[5.5,9.5] movie uses both.

data 06/07 14:38 to 06/08 15:00

some topside action in the afternoon.

180624

usrp
clp
20180606_usrp.avi
20180606_usrp.mov

20180608_usrp.avi
20180608_usrp.mov

tpsd
20180606_tpsd_usrp.avi
20180606_tpsd_usrp.mov
20180606_tpsd20_usrp.avi
20180606_tpsd20_usrp.mov

20180608_tpsd_usrp.avi
20180608_tpsd_usrp.mov

sbgr

t3238

data 06/06 13:18 to 06/08 10:32

data 06/08 10:38 to 06/08 15:00

xx_tpsd_usrp is 10ms ipp, 500 usec rf pulse
xx_tpsd20_usrp is 20ms ipp, 1000 usec rf pulse.
The processing skipped some of the 20ms ipps (since the program stepped by 20ms and there were 10ms ipps after).

180624

end 20180606 t3238

20180612-14 t1193 world day

10ms clp rf=440, 10 seconds
10ms tpsdi rf=500, 10 seconds
12jun : grza=15,az=348
13jun :grza=1.1, az=348
14jun :grza=15, az=1 68
gr->echotek [5.5,9.5], gr-> usrp
clp fof2 and topside curoff (.png)

echotek
clp
20180612b_chn12.avi
20180612b_chn12.mov

topside
20180612b_tpsd_chn12.avi
20180612b_tpsd_chn12.mov

sb gr

t1193

usrp
clp
20180612_usrp.avi
20180612_usrp.mov

20180613_usrp.avi
20180613_usrp.mov

high res movies for mike's talk
20180613_hr_usrp.avi
20180613_hr_usrp.mov

20180613_hr2_usrp.avi
20180613_hr2_usrp.mov

20180614_usrp.avi
20180614_usrp.mov

Topside
20180612_tpsd_usrp.avi
20180612_tpsd_usrp.mov

20180613_tpsd_usrp.avi
20180613_tpsd_usrp.mov

20180614_tpsd_usrp.avi
20180614_tpsd_usrp.mov

sb gr

t1193

2.1

2.1

.6

.67

.67

.06

data 06/12 09:57 to 06/13 09:50

waves at 17:00

data 06/13 09:55 to 06/14 07:55

16:00-16:15 eregion enhancement 435.4Mhz

data: 06/14 07:59 to 06/14 14:30

High res movies

For mike's futures talk.20180613_hr is high res
_hr show 100 to 450 km
_hr2 shows 200km to 430km

180624

end 20180612 t1193 world day

20180723-24 t3289 isr summer school

10ms ipp, rf pulse=440 , clp, for 50 seconds
10 ms ipp, rf=500usec, topside for 10 secs.
grza=1.15 , az=285
gr-> echotek [+4.5,+8.5]
gr -> usrp 25Mhz bw

echotek
clp
20180723_chn12.avi
20180723_chn12.mov

topside
20180723_tpsd_chn12.avi
20180723_tpsd_chn12.mov

sb
gr

t3289

1.8

.11

data: 07/23 15:22 to 07/24 08:00

26jul18

usrp
clp
20180723_usrp.avi
20180723_usrp.mov

topside
20180723_tpsd_usrp.avi
20180723_tpsd_usrp.mov

2.3
1.4

.16

20180723-24 end

20180724-25,30 t3259

10ms ipp, rf pulse=440 , clpseconds
grza=1.15 , az=285
gr-> echotek

24jul18 [+4.5,+8.5]
25jul18 [+2.5,+6.5] (grplasmaline freqs entered incorrectly).
30jul18 [4.5,8.5]

echotek
clp
20180724_chn12.avi
20180724_chn12.mov

20180725_chn12.avi
20180725_chn12.mov

20180730.chn12.avi
20180730_chn12.mov

t3259

.29

.25

.24

data:

08/24 12:00 to 14:15
08/25 11:56 to 13:52
08/30 11:19 to 13:15

180728

20180724-25 end

20180809,13 t3274

50 secs of clp: 10ms ipp, rf pulse=440
10 secs of tpsd: 10ms ipp, rfpulse=500
az,za: (348,15), (348,2),(168,15)
gr-> echotek (4.5,8.5) mhz
gr-> usrp (data rsynced to gpuserv1.. lost a few hours with rsync not keeping up)
plasma freq range/time plots (.png) (limited access)
topside cutoff freq (.png) (limited access)
Ne range/time plot (.png) (limited access)
NmF2 (.png) (limited access)

echotek
clp
20180809_chn12.avi
20180809_chn12.mov

20180809a_chn12.avi
20180809a_chn12.mov

20180809b_chn12.avi
20180809b_chn12.mov

20180809c_chn12.avi
20180809c_chn12.mov

topside

20180809_tpsd_chn12.avi
20180809_tpsd_chn12.mov

t3274

2.2

2.2

2.3

2.3

data

0809:
0809 16:46 to 0810 14:16
0809a:
0810 14:16 to 0811 11:51
0809b:
0811 11:51 to 0812 09:03
0809c:
0812 09:04 to 0813 07:01

some eregion enhancements

0812

topside

data:

0809 1646 to 0813 07:04

180921

usrp
clp
20180809_1_usrp.avi
20180809_1_usrp.mov

20180809_2_usrp.avi
20180809_2_usrp.mov

20180809_3_usrp.avi
20180809_3_usrp.mov

20180809_4_usrp.avi
20180809_4_usrp.mov

20180809_5_usrp.avi
20180809_5_usrp.mov

topside
20180809_5_usrp.avi
20180809_5_usrp.mov

2.2

2.2

2.2

2.2

2.2

.77

clp data
20180809_1
0809 16:52 to 0810 16:28

missing 00:14 to 08:08

20180809_2
0810 16:29 to 0811 08:26
20180809_3
0811 08:27 to 0811 23:59
20180809_4
0812 00:01 to 0812 15:35

enhancements eregion.

20180809_5
0812 15:36 to 0813 07:01

topside data
0809 16:51 to 0813 07:01

180921

20180809-13 end

20180919 hftest

hf running at 5.125 Mhz
430 tx running
gr -> echotek [5.5,9.5]
gr -> usrp
grza =2deg
clp 10ms ipp, 440 rf pulse

echotek clp
hftest_20180919_chn1.avi
hftest_20180919_chn1.mov

usrp clp
20180919_usrp.avi
20180919_usrp.mov

usrp clp hires
20180919_hr_usrp.avi
20180919_hr_usrp.mov

hftest

.43

.57

.35

data 0919 10:30 to 14:29
had arcing during the morning
hires movie:
blowup enhanced plasma line in f-region..
180-280km, 434.7-436 with 10 sec integration.
after 13:28 had eregion enhancement.
more info

180921

20180919 end

20180921-26 t1193

30 secs of clp: 10ms ipp, rf pulse=440
20 secs of tpsd: 10ms ipp, rfpulse=500
az,za: azswing 75-180, za=15
gr-> echotek (4.5,8.5) mhz
gr-> usrp
plasma freq range/time plots (.png)

echotek
clp
20180921_1_chn12.avi
20180921_1_chn12.mov

20180921_2_chn12.avi
20180921_2_chn12.mov

20180921_3_chn12.avi
20180921_3_chn12.mov

20180921_4_chn12.avi
20180921_4_chn12.mov

20180921_5_chn12.avi
20180921_5_chn12.mov

topside
20180922_tpsd_chn12.avi
20180922_tpsd.chn12.mov

t1193

2.1

2.1

2.1

2.1

.77

1.9

data split into 5 separate movies.
20180921_1

09/21 11:49 to 09/22 14:55
18:20 waves/spreadf?

20180921_2

09/22 14:55 to 09/23 18:00

20180921_3

09/23 18:00 to 09/24 21:05

20180921_ 4

09/24 21:06 to 09/25 00:05

20180921_5

09/25 00:06 to 09/26 10:00

topside movie: all data.

181004

usrp
clp
20180921_usrp.avi
20180921_usrp.mov

20180922a_usrp.avi
20180922a_usrp.mov

20180922b_usrp.avi
20180922b_usrp.mov

20180922c_usrp.avi
20180922c_usrp.mov

20180922d_usrp.avi
20180922d_usrp.mov

topside

20180921_tpsd_usrp.avi
20180921_tpsd_usrp.mov

t1193

2.1

2.2

2.2

2.2

2.2

.5

movies split into 5 blocks of about 24 hours each.

20180921

09/21 11:22 to 09/22 09:23

20180922a

09/22 09:38 to 09/23 09:23
missing data
09/22 12:45 to 09/23 13:24

20180922b

09/23 09:24 to 09/24 09:23

20180922c

09/24 09:24 to 09/25 09:24

20180922d

09/25 09:24 to 09/26 10:00

20180921-20180926 . all data

181004

20180921 end

20180926 htest

hf running at 8.175 Mhz
430tx running
gr -> echotek(4.5,8.5)
gr -> usrp
grza=1.06deg
clp 10ms ipp, 440usec rfpulse

echotek clp
"echotek data not processed"
usrp clp
20180926_usrp.avi
20180926_usrp.mov

highres clp movie of f-region
20180926_hr_usrp.avi
20180926_hr_usrp.mov

hftest

hf at 8.175 Mhz
highres movie is a blowup in freq and range of the f-region (but still 10 sec time resolution)
more info

04oct18

20180926 end

20181007-10 t3239 (qihou)

50 secs clp, 30 secs tpsd
zagr=1.06
echo (4.5,8.5)
usrp 25 Mhz bw.
plasma freq range/time plot (.png) (limited access)
plasma line cutoff freq plot (.png) (limited access)

echotek
clp
t3239_20181007_1.avi
t3239_20171007_1.mov

t3239_20181007_2.avi
t3239_20171007_2.mov

t3239_20181007_3.avi
t3239_20171007_3.mov

topside
t3239_20181007_tpsd.avi
t3239_20171007_tpsd.mov

t3239

clp

20181007_1

10/07 10:39 to 10/08 12:38
eregion enhancement
10/07: 15:53, 16:10
follow peak all night.

20181007_2

10/08 12:38 to 10/08 15:17
eregion enhancement
10/08 15:35:05,16:51:32,17:14:36

20181007_3

10/09 15;19 to 10/10 08:45
visible for most of the night

topside:

10/07 10:41 to 10/10 08:45

13oct18

usrp
clp
t3239_20181007a_usrp.avi
t3239_20181007a_usrp.mov

t3239_20181007b_usrp.avi
t3239_20181007b_usrp.mov

t3239_20181007c_usrp.avi
t3239_20181007c_usrp.mov

topside
t3239_20181007_tpsd_usrp.avi
t3239_20181007_tpsd_usrp.mov

t3239

2.4

2.3

2.2

1.5

clp

20181007a

10/07 10:41 to 10/08 10:pwd
40

20181007b

10/08 10:41 to 10/09 10:13

20181007c

10/09

topside:

10/07 10:41 to 10/10 08:45

15oct18

20181007 end

01-09nov18 hf campaign

430 tx setup: 10 ms ipp, 440 usec rf pulse.
Using the dome in single beam mode (no linefeed)
echotek [5.5,9.5], usrp 25Mhz Bw.
The hf movies are limited access (ao site only) for 18 months.
t2374 was run without the hf at night after fof2 dropped below 5 Mhz.
All of the hf movies include a high resolution (_hr_) that blows up the movie about the enhanced plasma line.
For this campaign, the hf transmission and the 430 tx ipp were synchronized to the hardware 1 sec tick.
-->Note: t2374

The experiment labeled t2374 should have been labeld t3274.

plasma freq range/time plot (echotek) (.png) (limited access)

interesting movies to watch

*exp6 hr
exp8 hr
*exp9 hr
exp11 hrr

Echotek movies
20181101_chn12.avi
20181101_chn12.mov

20181102_1_chn12.avi
20181102_1_chn12.mov
20181102_2_chn12.avi
20181102_2_chn12.mov
20181102_3_chn12.avi
20181102_3_chn12.mov
20181102_4_chn12.avi
20181102_4_chn12.mov
20181102_5_chn12.avi
20181102_5_chn12.mov

20181105_chn12.avi
20181105_chn12.mov

20181106_chn12.avi
20181106_chn12.mov

20181107_1_chn12.avi
20181107_1_chn12.mov
20181107_2_chn12.avi
20181107_2_chn12.mov

20181109_chn12.avi
20181109_chn12.mov

sb
gr

The echotek integration was not synchronized to the hf transitter.
I didn't bother to split them up into different experiments.

05dec18

Usrp movies

1. usrp
20181101_h3255_usrp.avi
20181101_h3255_usrp.mov
Hires usrp
20181101_h3255_hr_usrp.avi
20181101_h3255_hr_usrp.mov

sb
gr

H3255

2.6

.37

H3255 vladimir
az=225 zagr=1.06
data:11/01,12:00 to 16:42
2 freq output, hopping every 20 secs
5.095 mhz rcp
more info
hr movie

11/01,16:16 to 18:49

05dec18

2. usrp
included in exp1 movie

sb
gr

H3255

H3255 vladimir
az=225 zagr=1.06
data:11/01,17:35 to 07:06
2 freq output, hopping every 20 secs
8.175mhz lcp
more info

05dec18

3. usrp
20181102_h3286_usrp.avi
20181102_h3286_usrp.mov
Hires usrp
20181102_h3286_hr_usrp.avi
20181102_h3286_hr_usrp.mov

sb
gr

H3286.

.23

.18

H3286 ashanthi
az=225 zagr=1.06
data:1102,11:02 to 12:17
5.1 mhz, rcp
more info

05dec18

4. usrp
20181102_h3255_usrp.avi
20181102_h3255_usrp.mov
Hires usrp
20181102_h3255_hr_usrp.avi
20181102_h3255_hr_usrp.mov

sb
gr

H3255

1.7

.82

H3255 vladimir
az=225 zagr=1.06
data:1102,13:40 to 16:32
2 freq output, hopping every 20 secs, rcp and lcp, 8mhz
more info
hr movie:

11/02, 13:40 to 19:10

05dec18

5. usrp
included in exp4 movie

sb
gr

H3255

H3255 vladimir
az=225 zagr=1.06
data:1102,16:57 to 00:02
2 freq output, hopping every 20 secs, rcp, 5mhz
more info

05dec18

6. usrp
20181103_h3110_1_usrp.avi
20181103_h3110_1_usrp.mov
Hires usrp
20181103_h3110_1_hr_usrp.avi
20181103_h3110_1_hr_usrp.mov

sb
gr

H3110

1.9

.68

H3110 herb
az=225 zagr=1.06
data:11/03,00:12 to 10:59
5Mhz,rcp
more info
hr_movie

11/03,06:28 to 10:45

05dec18

7. usrp
20181103_h3286_usrp.avi
20181103_h3286_usrp.mov
Hires usrp
20181103_h3286_hr_usrp.avi
20181103_h3286_hr_usrp.mov

sb
gr

H3286

.06

.05

H3286 ashanthi
az=225 zagr=1.06
5Mhz,rcp
data:11/03,10:59 to 11:19
more info

05dec18

8. usrp
20181103_h3110_2_usrp.avi
20181103_h3110_2_usrp.mov
Hires usrp
20181103_h3110_2_hr_usrp.avi
20181103_h3110_2_hr_usrp.mov

sb
gr

H3110

2.4

1.6

H3110 herb
az=225 zagr=1.06
data:11/03,11:30 to 23:59
5MHz, rcp and lcp
more info
hr_movie

11/03 11:30 to 19:48

05dec18

9. usrp
20181104_h3108_1_usrp.avi
20181104_h3108_1_usrp.mov
Hires usrp
20181104_h3108_1_hr_usrp.avi
20181104_h3108_1_hr_usrp.mov

sb
gr

H3108

1.9

.66

H3108 frank
az=225 zagr=1.06
data:11/04,00:00 to 09:58
5MHz, rcp
more info
hr movie

11/04 06:28 to 09:57

05dec18

10. usrp
20181104_h3286_usrp.avi
20181104_h3286_usrp.mov
Hires usrp
20181104_h3286_hr_usrp.avi
20181104_h3286_hr_usrp.mov

sb
gr

H3286

.18

.16

H3286 ashanthi
az=225 zagr=1.06
5MHz, rcp
data:11/04,10:02 to 11:00
more info

05dec18

11. usrp
20181104_h3108_2_usrp.avi
20181104_h3108_2_usrp.mov
Hires usrp
20181104_h3108_2_hr_usrp.avi
20181104_h3108_2_hr_usrp.mov

sb
gr

H3108

2.4

1.4

H3108 frank
az=225 zagr=1.06
data:11/04,11:01 to 23:56
5MHz,rcp
more info
hr movie

11/04 11:01 to 19:10

05dec18

12. usrp
20181105_t2374_1_usrp.avi
20181105_t2374_1_usrp.mov

sb
gr

T2374

1.5

T2374 no hf
az=225 zagr=1.06
data:11/04,23:56 to 09:53
more info

05dec18

13. usrp
20181105_h3252_usrp.avi
20181105_h3252_usrp.mov
Hires usrp
20181105_h3252_hr_usrp.avi
20181105_h3252_hr_usrp.mov

sb
gr

H3252

1.5

1.4

H3252 natasha
az=225 zagr=1.06
data:11/.05,10:11 to 20:14
more info
hr movie

11/05 10:35 to 19:34

05dec18

14. usrp
20181105_h3286_usrp.avi
20181105_h3286_usrp.mov
Hires usrp
20181105_h3286_hr_usrp.avi
20181105_h3286_hr_usrp.mov

sb
gr

H3286

.18

.19

H3286 ashanthi
az=225 zagr=1.06
data:11/05,11:32 to 12:30
more info

05dec18

15. usrp
included in exp13 movies

sb
gr

H3252

H3252 natasha
az=225 zagr=1.06
data:11/05,12:31 to 20:14
more info

05dec18

16. usrp
20181105_t2374_2_usrp.avi
20181105_t2374_2_usrp.mov

sb
gr

T2374

1.6

T2374 no hf
az=225 zagr=1.06
data:11/05,20:14 to 07:13
more info
natural line visible around 3:30

05dec18

17. usrp
20181106_h3252_usrp.avi
20181106_h3252_usrp.mov
Hires usrp
20181106_h3252_hr_usrp.avi
20181106_h3252_hr_usrp.mov

sb
gr

H3252

1.6

1.5

H3252 natasha
az=225 zagr=1.06
data:11/06,10:14 to 10:59
more info
hr movie

11/06 10:15 to 19:22

05dec18

18. usrp
20181106_h3286_usrp.avi
20181106_h3286_usrp.mov
Hires usrp
20181106_h3286_hr_usrp.avi
20181106_h3286_hr_usrp.mov

sb
gr

H3286

.19

.17

H3286 ashanthi
az=225 zagr=1.06
data:11/06,10:59 to 11:58
more info

05dec18

19. usrp
included in exp17 movies

sb
gr

H3252

H3252 natasha
az=225 zagr=1.06
data:11/06,12:00 to 20:09
more info

05dec18

20. usrp
20181106_t2374_usrp.avi
20181106_t2374_usrp.mov

sb
gr

T2374

2.1

T2374 no hf
az=225 zagr=1.06
data:11/06,20:90 to 07:30
more info

05dec18

21. usrp
20181107_h3286_usrp.avi
20181107_h3286_usrp.mov
Hires usrp
20181107_h3286_hr_usrp.avi
20181107_h3286_hr_usrp.mov

sb
gr

H3286

.16

.16

H3286 ashanthi
az=225 zagr=1.06
data:11/07,10:42 to 11:31
more info

05dec18

22. usrp
20181107_h3251_usrp.avi
20181107_h3251_usrp.mov
Hires usrp
20181107_h3251_hr_usrp.avi
20181107_h3251_hr_usrp.mov

sb
gr

H3251

.28

.29

H3251 fallen
az=225 zagr=1.06
data:11/07,11:31 to 12:58
more info

05dec18

23. usrp
20181107_h3211_usrp.avi
20181107_h3211_usrp.mov
Hires usrp
20181107_h3211_hr_usrp.avi
20181107_h3211_hr_usrp.mov

sb
gr

H3211

.27

.27

H3211 anthea
az=225 zagr=1.06
data:11/07,13:04 to 14:30
more info

05dec18

24. usrp
20181107_h3253_usrp.avi
20181107_h3253_usrp.mov
Hires usrp
20181107_h3253_hr_usrp.avi
20181107_h3253_hr_usrp.mov

sb
gr

H3253

.75

.75

H3253 grach
az=225 zagr=1.06
data:1107,14:36 to 18:45
more info
hr movie

11/07 14:36 to 18:43

05dec18

25. usrp
20181107_t2374_usrp.avi
20181107_t2374_usrp.mov

sb
gr

T2374

2.4

T2374 no hf
az=225 zagr=1.06
data:11/07,18:45 to 07:29
more info

05dec18

26. usrp
20181108_h3286_usrp.avi
20181108_h3286_usrp.mov
Hires usrp
20181108_h3286_hr_usrp.avi
20181108_h3286_hr_usrp.mov

sb
gr

H3286

.2

.19

H3286 ashanthi
az=225 zagr=1.06
data:11/08,09:58 to 11:03
more info

05dec18

27. usrp
20181108_h3251_usrp.avi
20181108_h3251_usrp.mov
Hires usrp
20181108_h3251_hr_usrp.avi
20181108_h3251_hr_usrp.mov

sb
gr

H3251

.37

.37

H3251 fallen
az=225 zagr=1.06
data:11/08,11:04 to 13:01
more info

05dec18

28. usrp
20181108_h3211_usrp.avi
20181108_h3211_usrp.mov
Hires usrp
20181108_h3211_hr_usrp.avi
20181108_h3211_hr_usrp.mov

sb
gr

H3211

.27

.27

H3211 anthea
az=225 zagr=1.06
data:11/08,13:02 to 14:30
more info

05dec18

29. usrp
20181108_h3253_usrp.avi
20181108_h3253_usrp.mov
Hires usrp
20181108_h3253_hr_usrp.avi
20181108_h3253_hr_usrp.mov

sb
gr

H3253

.76

.72

H3253 grach
az=225 zagr=1.06
data:11/08,14:30 to 18:42
more info

05dec18

30. usrp
20181108_t2374_usrp.avi
20181108_t2374_usrp.mov

sb
gr

T2374

2.3

T2374 no hf
az=225 zagr=1.06
data:11/08,18:42 to 07:06
more info

05dec18

31. usrp
20181109_h3286_usrp.avi
20181109_h3286_usrp.mov
Hires usrp
20181109_h3286_hr_usrp.avi
20181109_h3286_hr_usrp.mov

sb
gr

H3286

.15

.14

H3286 ashanthi
az=225 zagr=1.06
data:11/09,09:47 to 10:33
more info

05dec18

32. usrp
20181109_h3251_usrp.avi
20181109_h3251_usrp.mov
Hires usrp
20181109_h3251_hr_usrp.avi
20181109_h3251_hr_usrp.mov

sb
gr

H3251

.46

.48

H3251 fallen
az=225 zagr=1.06
data:11/09,10:33 to 12:59
more info

05dec18

33. usrp
20181109_h3211_usrp.avi
20181109_h3211_usrp.mov
Hires usrp
20181109_h3211_hr_usrp.avi
20181109_h3211_hr_usrp.mov

sb
gr

H3211

H3211 anthea
az=225 zagr=1.06
data:11/09,13:00 to 14:30
more info
Data not yet processed..(radar plane interference)

05dec18

34. usrp
20181109_h3253_usrp.avi
20181109_h3253_usrp.mov
Hires usrp
20181109_h3253_hr_usrp.avi
20181109_h3253_hr_usrp.mov

sb
gr

H3253

H3253 grach
az=225 zagr=1.06
data:11/09,14:31 to 15:16
more info
Data not yest processed.. (radar plane interference)

05dec18

end nov18 hf campaign

20181205-07 t3274

50 secs clp
10 secs tpsd (rf =500usecs)
zagr=1.1
echotek (5.5,9.5)
usrp 25mhz bw
plasma line range/time plots (.png) (limited access)
clp rti plot (.png) (limited access)
electron density range/time plot (.png) (limited access)

echotek clp
20181205_1_chn12.avi
20181205_1_chn12.mov

20181205_2_chn12.avi
20181205_2_chn12.mov

sb
gr

t3274

2.5

1.5

data

_1:1205 15:51 to 1206 06:55
_2:1206 06:55 to 1207 06:59

11dec18

usrp clp
20181205_1_usrp.avi
20181205_1_usrp.mov

20181205_2_usrp.avi
20181205_2_usrp.mov

20181205_3_usrp.avi
20181205_3_usrp.mov

usrp tpsd
20181205_tpsd_usrp.avi
20181205_tpsd_usrp.mov

sb
gr

t3274

2.0

2.0

.83

.38

data clp

_1 1205 15:51 to 1206 06:55
_2 1206 06:55 to 1206 23:41
_3 1206 23:41 to 1207 06:59

data tpsd

1205 15:51 to 1207 06:59

11dec18

20181205 end

20181207-10 t3238

10 secs clp
20 secs tpsd (rf =500usecs)
zagr 15degs (then 11)
az 168->158 swing
echotek (5.5,9.5)
usrp 25Mhz bw
plasma freq range/time plots (.png) (limited access)

echotek clp
20181207_chn12.avi
20181207_chn12.mov

sb
gr

t3238

2.5

data

1207 06:59 to 1210 07:30

processing gave inf. first 60 hghts of upper band (to about 100 km). this is a problem with the processing code. the echo tek raw data is ok.
See usrp for event description

11dec18

usrp clp
20181207_1_usrp.avi
20181207_1_usrp.mov

20181207_2_usrp.avi
20181207_2_usrp.mov

usrp tpsd
20181207_tpsd_usrp.avi
20181207_tpsd_usrp.mov

sb
gr

t3238

2.3

.68

2.1

data

_1 1207 07:00 to 1209 18:34
_2 1207 18:35 to 1210 07:30
tpsd
1207 07:23 to 1210 07:30

events:
1207

07:00 za 15,azswing
11:30 mode anode start to fail.
13:20 program stopped
23:44 restarted. za=11, azswinging

1208

20:00 power dip ri filter reset from 250Khz to 100Khz. usrp is ok.

1209

09:35 mod anode starts to fail again.
10:14 stopped
14:11 back online
17:43 za moved 11->15 deg but az swinging stopped

The mode anode failure was caused by overheating in the tx room. The heat extractors in the roof were not working.

11dec18

20181207 end

20181226-29 t3139 qihou

10sec clp integrations, 480 usec rf pulse
grza=1.1 deg
echotek (5.5,9.5), usrp 25mhz bw
plasma freq range/time plots (.png) (limited access)
Eregion clp rti (.png) (limited access)

Only 4 hours 26dec18

Compare plasma freq from echotek, usrp (at 229km)(.png)

x-axis hours from 26dec18

clp echotek
20181226_1_chn12.avi
20181226_1_chn12.mov

20181226_2_chn12.avi
20181226_2_chn12.mov

20181226_3_chn12.avi
20181226_3_chn12.mov

20181226_4_chn12.avi
20181226_4_chn12.mov

sb
gr

t3139

2.5

2.5

2.5

.8

data
26_1

1226 11:54 to 1227 10:44
missing:03:26-07:02 (commercial pwr).

26_2

1227 10:44 to 1228 06:02

26_3

1228 06:03 to 1229 01:25

26_4

1229 01:25 to 1229 08:00

events:

26_1 21:43:56.23:55:06

434.2 strong echo 110km ..see usrp data.. covers wider band.

26_3 1228 06:36 waves

04jan19

clp usrp
20181226_1_usrp.avi
20181226_1_usrp.mov

20181226_2_usrp.avi
20181226_2_usrp.mov

20181226_3_usrp.avi
20181226_3_usrp.mov

20181228_1_usrp.avi
20181228_1_usrp.mov

20181228_2_usrp.avi
20181228_2_usrp.mov

2.4

2.4

2.4

1.9

1.2

data
26_1

1226 11:48 to 1227 02:58

26_2

1227 02:58 to 1227 21:46
missing 03:26-07:02 (commercial pwr).

26_3

1227 21:46 to 1228 12:48

28_1

1228 12:52 to 1229 00:35

28_2

1229 00:35 to 1229 08:00

events

26_1 21:25-> strong decoded echos 110km.

04jan19

end 20181226

2019 clp movies
2019 movies
20190104-08 t3150 qihou clp:10 ms ipp, rfpulse=350usecs, 10 sec integration, for 30 secs clp: 1ms ipp, rfpulse=45usec, 10 sec integration for 30secs till 05jan19 15:55 then clp: 3ms ipp, rfpulse=150 usecs, 10 sec integration for 30 secs. echotek [-5.5,5.5], no usrp gr za=15, azswing 180 to 540. echotek processing generated infinities every 3rd file as lower heights. plasma freq range/time plot (.png) (limited access) 430 tx power during experiment (.pdf)
clp echotek 20190104_1_chn2.avi 20190104_1_chn2.mov 20190104_2_chn2.avi 20190104_2_chn2.mov	sb gr	t3150	1000	2.4 2.4	data _1 0104 17:03 to 0106 13:52 missing: 0105 16:00 - 18:46 platform tour. _2 0106 13:53 to 0108 07:26	09jan19
end 20190104-08
20190201-06 t1193 clp: 10 ms ipp, 440 usec rf pulse. 10 sec integrations for 50 seconds tpsd: 10 ms ipp, 500 usec rf pulse. 10 sec integration echotek: [4.5,8.5], usrp 25Mhz gr za=1.06 deg, no az swinging. echotek processing generated inifinities. I didn't make movies of the echotek data. plasma freq range/time plots from nestor (.png) topside plasma line cutoff frequency (.png)
clp usrp 20190201_1_usrp.avi 20190201_1_usrp.mov 20190201_2_usrp.avi 20190201_2_usrp.mov 20190201_3_usrp.avi 20190201_3_usrp.mov 20190201_4_usrp.avi 20190201_4_usrp.mov 20190201_5_usrp.avi 20190201_5_usrp.mov 20190204_1_usrp.avi 20190204_1_usrp.mov 20190204_2_usrp.avi 20190204_2_usrp.mov 20190204_3_usrp.avi 20190204_3_usrp.mov	sb gr	t1193		1.9 1.9 1.9 1.9 1.6 1.9 1.9 1.4	The usrp dataset has two sections 0201 (recorded on gpserv3) and 0204 (recorded on gpuserv1). data range for 20190201_x: _1 0201 15:36 to 0202 05:55 _2 0202 05:55 to 0202 20:15 _3 0202 20:15 to 0203 10:33 _4 0203 10:44 to 0204 01:52 _5 0204 01:52 to 0204 16:38 data range for 20190204_x: _1 0204 16:40 to 0205 06:41 0205 4am strong signal _2 0205 06:42 to 0205 20:43 _3 0205 20:43 to 0206 07:03	11feb19
tpsd usrp 20190201_tpsd_usrp.avi 20190201_tpsd_usrp.mov 20190204_tpsd_usrp.avi 20190204_tpsd_usrp.mov				.39		11feb19
end 20190201-06
20190405-08 t3325 clp: 10 ms ipp, 440 usec rf pulse. 10 sec integrations for 50 seconds tpsd: 10 ms ipp, 500 usec rf pulse. 10 sec integration echotek: [5.5,9.5], usrp 25Mhz gr za=1.06 deg, no az swinging. 430 tx power during experiment (.pdf):
echotek clp 20190405_1_chn12.avi 20190405_1_chn12.mov 20190405_2_chn12.avi 20190405_2_chn12.mov 20190405_3_chn12.avi 20190405_3_chn12.mov	sb gr	t3325		2.1 2.1 .81	data range _1 0405 16:38 to 0406 13:08 _2 0406 13:08 to 0407 09:42 0406 19:05-19:51 no signal _3 0407 09:42 to 0408 08:44 enhanced line ergn 0407 14:06 - 15:15 0407 14: 52,57,15:01 0408 05:24-08:03 no signal	17apr19
usrp clp 20190405_1_usrp.avi 20190405_1_usrp.mov 20190405_2_usrp.avi 20190405_2_usrp.mov 20190405_3_usrp.avi 20190405_3_usrp.mov usrp topside 2019045_tpsd_usrp.avi 2019045_tpsd_usrp.mov	sb gr	t3325		2.6 2.6 2.6 .61	data range _1 0405 16:33 to 0406 14:15 0405 18:32-20:12 no signal _2 0406 14:15 to 0407 10:23 _3 0407 10:23	17apr19
end 20190405-08
20190522 hftest 5.125 mhz clp 440 usec, 10ms ipp, 1.2 MW, grza=1.06 degrees hf at 5.125 .. but fof2 below 5.125 echotek [5.5,9.5], usrp.. echotek data not processed. raw data deleted.
usrp clp 20190522.avi 20190522.mov	sb gr	hftest			data range 0522 10:30 to 14:30 missing data: 13:10 to 14:00 tx430 down to go under dish looking for arcing (more info)	25may10
end 20190522 hftest
20190530 hftest 5.125 MHz clp 440 usec, 10ms ipp, 1.2 MW, grza=1.06 degrees hf at 5.125 . echotek [5.5,9.5], usrp.. echotek data not processed raw
usrp clp 20190530.avi 20190530.mov HiRes Movie:80-135km,433.2-435.5Mhz 20190530hr.avi 20190530hr.mov	sb gr	hftest			data range: regular: 05/30: 09:32 to 14:45 hires: 05/30: 10:35 to 14:45 Strong signal 433.5, decodes with hf off.	04jun19
end 20190530 hftest
20190603 hftest 5 MHz clp 440 usec, 10ms ipp, 1.2 MW, grza=1.06 degrees hf at 5.125, then 5.095 with freq hop . echotek [5.5,9.5], usrp.. echotek data not processed
usrp clp 20190603.avi 20190603.mov HiRes Movie:90-325km,433.-437.Mhz 20190603hr2.avi 20190603hr2.mov HiRes Movie:205-320km,434.5-435.8Mhz (till 12:28) 20190603hr1.avi 20190603hr1.mov	sb gr	hftest			data range: regular: 06/03: 09:32 to 14:32 hires2: 06/03: 10:24 to 14:32 blows up showing, E,F region enhancements alternating hires1: 06/03: 10:24 to 12:28 further blowup around F-region peak more info on hf setsup	05jun19
end 20190604 hftest
20190609-15 hf campaign clp 440 usec rf pulse, 10ms ipp, synchronized to 1 second tick night of 09,10jun19 ran 50secs clp,10sec topside echotek [5.5,9.5] mhz, usrp 25 Mhz
echotek movies clp 20190609_1_chn12.avi 20190609_1_chn12.mov 20190609_2_chn12.avi 20190609_2_chn12.mov 20190609_3_chn12.avi 20190609_3_chn12.mov 20190609_4_chn12.avi 20190609_4_chn12.mov 20190609_5_chn12.avi 20190609_5_chn12.mov 20190609_6_chn12.avi 20190609_6_chn12.mov 20190609_7_chn12.avi 20190609_7_chn12.mov 20190609_8_chn12.avi 20190609_8_chn12.mov	sbgr	hf campaign		size gb 2.2 2.2 2.2 2.2 2.2 2.2 2.2 .4	These echotek movies were integrated for 10 seconds. They were not synchronized with the start of each experiment, so the hf on,offs can overlap in 1 10 second integration. movie times (AST.. utc+4) _1 09/ 20:23:11 to 10/ 16:04:26 _2 10/ 16:04:36 to 11/ 11:09:19 _3 11/ 11:09:29 to 12/ 04:23:54 _4 12/ 04:24:04 to 12/ 21:41:40 _5 12/ 21:41:50 to 13/ 15:02:43 _6 13/ 15:02:53 to 14/ 08:07:30 _7 14/ 08:07:40 to 15/ 03:02:24 _8 15/ 03:02:34 to 15/ 06:40:44 tx430 trouble after 05:02 more info	19jun19
usrp movies
exp09.01 clp 20190609_09.01_usrp.avi 20190609_09.01_usrp.mov topside 20190609_09.01_tpsd_usrp.avi 20190609_09.01_tpsd_usrp.mov	sbgr	t1193		1.6 .12	t1193 suman az=285,za=1.06 data: 09.01 20:06 - 10/08:06 no hf more info	06aug19
exp10.01.04 clp 20190609_10.01.04_usrp.avi 20190609_10.01.04_usrp.mov high res movie 20190609_10.01.04_hr_usrp.avi 20190609_10.01.04_hr_usrp.mov	sbgr	h3195		.68 .62	h3195 vlad az=285,za=1.06,az=46,za=11 data: 10.01 08:06 - 09:59:59 bring up hftx, adjusting phases more info 10.02 09:59:59 - 10:59:59 1min on, 1 min off more info 10.03 10:59:59 - 11:59:59 30 sec on,30sec off 30 sec. set deltafrq start of each on.df= 0,1,2..11Khz more info 10.04 10:59:59 - 12:59:59 30sec on,off step df each on. 12:06-13:48 gr za moved to 11 deg. (out of hf beam). more info all are 10 sec integrations.	06aug19
exp10.05 clp 20190609_10.05_usrp.avi 20190609_10.05_usrp.mov high res movie 20190609_10.05_hr_usrp.avi 20190609_10.05_hr_usrp.mov	sbgr	h3195		.12 .11	h3195 vlad az=285,za=1.06,az=46,za=11 data: 10.05 12:59:59 - 13:56:xx 15 sec on , 15 sec off 15 sec on , 15 sec off 15 sec integration when za=11, pointed out of heater beam more info	06aug19
exp10.06.09 clp 20190609_10.06.09_usrp.avi 20190609_10.06.09_usrp.mov high res movie 20190609_10.06.09_hr_usrp.avi 20190609_10.06.09_hr_usrp.mov	sbgr	h3195		.57 .68	h3195 vlad az=285,za=1.06,az=46,za=11 data: 10.06 14:11:59 - 14:59:59 30 sec on,off for 6min 6 min off then step df 430 tx off till 14:13:29 14:12 grza=1.06 deg. more info 10.07 14:59:59 - 16:47:59 6min on, 6 min off step df every 30sec of on. more info 10.08 16:47:59 - 16:59:59 6min on, 6 min off more info 10.09 16:59:59 - 17:59:59 30sec on, 30sec off step df every on. more info	06aug19
exp10.10 clp 20190609_10.10_usrp.avi 20190609_10.10_usrp.mov	sbgr	h3195		.03	h3195 vlad az=28,za=1.06 data: 10.10 17:59:59 18:12:43 on 6min, off 6min during on: gen 1 : 5.107Mhz gen 2 :2sec chirp, 6khz bw. after 6min chirp did not turn off. more info	06aug19
exp10.11 clp 20190609_10.11_usrp.avi 20190609_10.11_usrp.mov	sbgr	h3195		.14	h3195 vlad az=28,za=1.06 data: 10.11 18:12:43 - 19:05:59 fixed problem 10.10 so chirp turned off during off. stopped fix cable order driving dipoles more info	06aug19
exp10.12 clp 20190609_10.12_usrp.avi 20190609_10.12_usrp.mov	sbgr	h3195		.13	h3195 vlad az=28,za=1.06 data: 10.12 19:05:59 - 19:55:00 6 min on, off chirp .2 sec 6khz bw during on. more info	06aug19
exp10.20 clp 20190609_10.20_usrp.avi 20190609_10.20_usrp.mov topside 20190609_10.20_tpsd_usrp.avi 20190609_10.20_tpsd_usrp.mov	sbgr	t1193		1.7 .11	t1193 suman az=28,za=1.06 data: 10.20 19:55 - 11/08:41 no hf more info	06aug19
exp11.01.11 clp 20190609_11.01.11_usrp.avi 20190609_11.01.11_usrp.mov high res movie 20190609_11.01.09_hr_usrp.avi 20190609_11.01.09_hr_usrp.mov 20190609_11.10.11_hr_usrp.avi 20190609_11.10.11_hr_usrp.mov	sbgr	h3337		1.4 1.2 .15	h3337 paul az=28,za=1.06 data: 11.01: 08:40:59 - 10:24:00 bring up , adjust phases more info 11.02: 10:20:59 - 10:42:00 2sec chirp up,down. 1 to 10KHz in 2 secs more info 11.03: 10:44:xx - 11:29:xx testing with new phases. cw more info 11.04: 12:29:59 - 11:40:00 2sec chirp up,down 1..10khz more info 11.05: 11:44:59 - 11:57:30 3min:2sec chirp,10khz 3min: cw 3min: off more info 11.06: 11:59:59 - 12:40:00 3min: 2sec chirp df=1-10khz 3min: cw more info 11.07: 15:09;xx - 15;59:xx bring hf back up, cw more info 11.08: 15:59:59 - 16:07:00 cw 3sec l=0, 1 sec l=1 10sec integ doesn't sync with 4sec cycle more info 11.09: 16:08:59 - 16:44:00 cw, 10sec l=0,10sec l=1 more info 11.10: 16:44:59 - 17:00:00 10sec l=0 10sec l=1 10sec l=0 10sec l=-1 more info 11.11: 17:04:59 - 17:33:13 sec chirp df=1..10KHz more info all movie frames have 10 sec integrations.	06aug19
exp11.12.13 clp 20190609_11.12.13_usrp.avi 20190609_11.12.13_usrp.mov	sbgr	h3337		1.1	h3337 paul az=28,za=1.06 data: 11.12 17:33:13 - 18:43:00 chirp 2 sec df 1 to 10Khz more info 11.13 19:31:49 - 21:40:00 6 sec chirp 1-10khz df more info both used 6 second integrations.	06aug19
exp11.20 clp 20190609_11.20_usrp.avi 20190609_11.20_usrp.mov	sbgr	t1193		1.6	t1193 suman az=28,za=1.06 data: 11.20 21:40 - 12/07:38 no hf more info	06aug19
exp12.01 clp 20190609_12.01_usrp.avi 20190609_12.01_usrp.mov high res movie 20190609_12.01_hr_usrp.avi 20190609_12.01_hr_usrp.mov	sbgr	h3337		.11 .08	h3337 paul az=28,za=1.06 data: 12.01 07:37:59 - 08:19:59 bringing up hf, testing slow chirps 10 sec integrations. spectra,movie not synced to chirp. more info	06aug19
exp12.02 clp 20190609_12.02_usrp.avi 20190609_12.02_usrp.mov high res movie 20190609_12.02_hr_usrp.avi 20190609_12.02_hr_usrp.mov	sbgr	h3337		.07 .06	h3337 paul az=28,za=1.06 data: 12.02 08:18:59 - 09:09:59 18sec dual chirp. df = 1 to 28 KHz. 18 sec integrations. more info	06aug19
exp12.03 clp 20190609_12.03_usrp.avi 20190609_12.03_usrp.mov high res movie 20190609_12.03_hr_usrp.avi 20190609_12.03_hr_usrp.mov	sbgr	h3337		.07 .06	h3337 paul az=28,za=1.06 data: 12.03 09:09:59 - 09:30:40 18sec dual chirp. followed by 6 sec dual chirp. both have df = 1 to 28 KHz. used 6 second integration for movie. more info	06aug19
exp12.04 clp 20190609_12.04_usrp.avi 20190609_12.04_usrp.mov high res movie 20190609_12.04_hr_usrp.avi 20190609_12.04_hr_usrp.mov	sbgr	h3195		.41 .34	h3195 vlad az=28,za=1.06 data: 12.04 09:30:40 - 11:04:00 18sec dual chirp. 3 x 6 sec dual chirps then repeat. both have df = 1 to 28 KHz. used 6 second integration for movie. more info	06aug19
exp12.05 clp 20190609_12.05_usrp.avi 20190609_12.05_usrp.mov high res movie 20190609_12.05_hr_usrp.avi 20190609_12.05_hr_usrp.mov	sbgr	h3195		.35 .33	h3195 vlad az=28,za=1.06 data: 12.05 12:13:59 - 12/14:25:00 delta freq hopping. 10 sec each more info	06aug19
exp12.06 clp 20190609_12.06_usrp.avi 20190609_12.06_usrp.mov high res movie 20190609_12.06_hr_usrp.avi 20190609_12.06_hr_usrp.mov	sbgr	h3337		.29 .23	h3337 paul az=28,za=1.06 data: 12.06 14:30:50 - 14:41:59 cw 5.12525 Mhz freq. 3sec l=0, 1 sec l=1 2sec l=0, 2 sec l=1 1sec l=0, 3 sec l=1 used 1 second integration for the movie. more info	06aug19
exp12.07 clp 20190609_12.07_usrp.avi 20190609_12.07_usrp.mov high res movie 20190609_12.07_hr_usrp.avi 20190609_12.07_hr_usrp.mov	sbgr	h3337		.48 .37	h3337 paul az=28,za=1.06 data: 12.07 14:41:59 - 14:59:59 continue with cw . 3sec l=0, 1 sec l=1 used 1 second integration for the movie. more info	06aug19
exp12.08 clp 20190609_12.08_usrp.avi 20190609_12.08_usrp.mov high res movie 20190609_12.08_hr_usrp.avi 20190609_12.08_hr_usrp.mov	sbgr	h3337		.98 1.0	h3337 paul az=28,za=1.06 data: 12.08 14:59:59 - 15:36:58 continue with cw . 1sec l=0 3 sec l=1 used 1 second integration for the movie. more info	06aug19
exp12.09 clp 20190609_12.09_usrp.avi 20190609_12.09_usrp.mov	sbgr	h3337		.05	h3337 paul az=28,za=1.06 data: 12.09 15:36:59 - 15:54:59 measure rf levels at visitor center. 60sec l=0, 60 sec l=-1 used 10second integration for the movie. more info	06aug19
exp12.10 clp 20190609_12.10_usrp.avi 20190609_12.10_usrp.mov high res movie 20190609_12.10_hr_usrp.avi 20190609_12.10_hr_usrp.mov	sbgr	h3337		1.3 1.5	h3337 paul az=28,za=1.06 data: 12.10 15:54:59 - 16:42:59 1sec l=0, 3 sec l=1 used 1second integration for the movie. more info	06aug19
exp12.11 clp 20190609_12.11_usrp.avi 20190609_12.11_usrp.mov 1 second time resolution 20190609_12.11_1sec_usrp.avi 20190609_12.11_1sec_usrp.mov	sbgr	h3337		.05	h3337 paul az=28,za=1.06 data: 12.11 16:42:59 - 17:02:59 10sec l=0, 10 sec l=1 used 10second integration for the movie. more info	06aug19
exp12.12 clp 20190609_12.12_usrp.avi 20190609_12.12_usrp.mov	sbgr	h3337		.411	h3337 paul az=28,za=1.06 data: 12.12 17:02:59 - 18:34:59 18sec dual chirp df=1 to 28Khz 3*6sec dual chirp. each df=1 to 28khz used 6 second integration for the movie. more info	06aug19
exp12.13 clp 20190609_12.13_usrp.avi 20190609_12.13_usrp.mov	sbgr	h3337		.06	h3337 paul az=28,za=1.06 data: 12.13 18:09:59 - 18:34:59 12 secs cw, 12 secs 19khz dual chirp. df for chirp 1 to 19 Khz used 12 second integration for the movie. more info	06aug19
exp12.14 clp 20190609_12.14_usrp.avi 20190609_12.14_usrp.mov	sbgr	h3337		.34	h3337 paul az=28,za=1.06 data: 12.14 18:34:59 - 21:11:00 12 secs cw, 12 secs 10khz dual chirp. df for chirp 1 to 10 Khz used 12 second integration for the movie. more info	06aug19
exp12.20 clp 20190612_12.20_usrp.avi 20190612_12.20_usrp.mov	sbgr	t1193		1.2	t1193 suman az=28,za=1.06 data: 12.20 21:10 - 13/ 04:27 no hf more info	06aug19

exp13.01.03 clp 20190612_13.01_usrp.avi 20190612_13.01_usrp.mov high res movie 20190612_13.03_hr_usrp.avi 20190612_13.03_hr_usrp.mov	sbgr	h3337 h3195		.70 .08	h3337 paul, h3195 vlad az=28, za=1.06 data: 13.01 04:27 - 06:31 paul satellite passes l=0,1,-1 more info 13.02 06:56 - 08:11 calibrate 8Mhz phase cw more info 13.03 08:11 - 08:45 vlad freq hop 8mhz 10 sec each hop only made hires for 13.03 more info xx 08:45 - 09:00 mesh back to 8mhz	06aug19
exp13.04 clp 20190612_13.04_usrp.avi 20190612_13.04_usrp.mov high res movie 20190612_13.04_hr_usrp.avi 20190612_13.04_hr_usrp.mov	sbgr	h3368		1.5 1.8	h3368 edlyn az=28,za=1.06 data: 13.04 09:10 - 12:00 3 sec l=0 3 sec l=1 used 3 second integration. more info	06aug19
exp13.05 clp 20190612_13.05_usrp.avi 20190612_13.05_usrp.mov high res movie 20190612_13.05_hr_usrp.avi 20190612_13.05_hr_usrp.mov high res movie about ion line 20190612_13.05_ion_hr_usrp.avi 20190612_13.05_ion_hr_usrp.mov	sbgr	h3195		.28 .28 .30	h3195 vlad az=28,za=1.06 data: 13.05 12:00 - 13:46 freq hopping, 11 steps 0,4,5,6..11khz 10 secs each step underdense more info	06aug19
exp13.06 clp 20190612_13.06_usrp.avi 20190612_13.06_usrp.mov high res movie (hf on and off) 13:46 to 16:45 alternating f,e region sig 20190612_13.06a_hr_usrp.avi 20190612_13.06a_hr_usrp.mov 16:45 to 18:00 20190612_13.06b_hr_usrp.avi 20190612_13.06b_hr_usrp.mov 10ms resolution movie of spectra high res movie (hf off only, avg to 9 secs) 13:46 to 16:45 20190612_13.06a_hr_avg_usrp.avi 20190612_13.06a_hr_avg_usrp.mov	sbgr	h3368		2.2 1.9 .69	h3368 edlyn az=28,za=1.06 data: 13.06 13:46 - 18:00 3sec l=0 3sec l=1 used 3 second integration split into 2 hires movies to cover entire freq, hight range. more info	06aug19
exp13.07 clp 20190612_13.07_usrp.avi 20190612_13.07_usrp.mov high res movie (hf on and off) 20190612_13.07_hr_usrp.avi 20190612_13.07_hr_usrp.mov high res movie (only hf off) 20190612_13.07_off_hr_usrp.avi 20190612_13.07_off_hr_usrp.mov	sbgr	h3368		.81 .27	h3368 edlyn az=28, za=1.06 data: 13.07 18:00 - 23:05 10secs L=0 10secs L=1 more info	06aug19
exp13.20 clp 20190612_13.20_usrp.avi 20190612_13.20_usrp.mov	sbgr	h3368		1.8	t1193 suman az=285, za=1.06 data: 13/ 23:05:40 14/ 07:18:00 cw, 10sec integrations. no hf more info	06aug19
exp14.01.08 clp (entire day) 20190612_14.01_usrp.avi 20190612_14.01_usrp.mov high res movies 07:18:00 to 17:05:00 20190612_14.01a_hr_usrp.avi 20190612_14.01a_hr_usrp.mov 17:05:00 to 19:45:00 20190612_14.01b_hr_usrp.avi 20190612_14.01b_hr_usrp.mov	sbgr	h3337		2.0 1.8 ,44	h3337 paul az=28, za=1.06 then az=348 data: 14.01 07:18:00 - 11:06:00 cw restarted 07:21:19 calibrating ampl for seq file. more info 14.02 11:06:00 - 11:40:00 3min l=0 3min l=1 3min l=-1 more info 14.03 11:40:00 - 12:49:04 25 khz chirp in .1 secs more info 14.04 12:49:04 - 13:15:00 cw l=1,-1 calibrating ampl for seq file more info 14.05 13:16:00 - 13:41:00 l=0 3 min l=-1 3 min more info 14.06 13:41:00 - 13:56:00 l=0 1 min l=1 1 min l=-1 1 min more info 14.07 13:56:00 - 14:50:00 l=0 10 secs l=1 10 secs more info 14.08 14:50:00 - 21:50:00 l=0 10 secs l=-1 10 secs more info all integrations are 10 secs. hires movie split into 2 movies to cover the freq,hght range.	06aug19
exp14.20 clp 20190612_14.20_usrp.avi 20190612_14.20_usrp.mov	sbgr	t1193		1.2	t1193 suman az=348, za=1.06 data: 14.20 21:40 to 15/ 06:51 no hf, 10 second integrations. had trouble with tx around 5am. more info	06aug19
end 190609 hf campaign
20190629-190706 t3323,t1193 t3323 11:00 to 20:00 (AST) t1193 23:00 to 11:00 (except for maintenance blocks 9:30 - 11:00 Only 1 klystron used Had trouble with the tx total eclipse south america max totality 02jul19 15:22 AST clp: 10ms ipp, 440 rf, 10 sec interations echotek [5.5,9.5] MHz usrp 25 Mhz dome sitting at 1.06 deg 430 tx power during experiment (.pdf)
echotek clp 20190629_chn12.avi 20190629_chn12.mov 20190630_1_chn12.avi 20190630_1_chn12.mov 20190630_2_chn12.avi 20190630_2_chn12.mov 20190630_3_chn12.avi 20190630_3_chn12.mov 20190630_4_chn12.avi 20190630_4_chn12.mov 20190630_5_chn12.avi 20190630_5_chn12.mov 20190630_6_chn12.avi 20190630_6_chn12.mov 20190705_1_chn12.avi 20190705_1_chn12.mov 20190705_2_chn12.avi 20190705_2_chn12.mov	sbgr	t3323, t1193		.82 2.0 2.0 2.0 2.0 2.0 2.0 1.4 2.0 1.4	DATA: 0629 06/29 12:35 to 06/29 19:25 0630_1 06/30 12:45 to 07/01 04:58 0630_2 07/07 04:58 to 07/01 23:13 0630_3 07/01 23:13 to 07/02 18:38 0630_4 07/02 18:38 to 07/03 10:49 0630_5 07/03 10:50 to 07/04 04:00 0630_6 07/04 04:00 to 07/04 18:09 0705_1 07/05 12:18 to 07/06 04:35 0705_1 07/06 04:35 to 07/06 08:01	20aug19
usrp clp 20190629_1_usrp.avi 20190629_1_usrp.mov 20190629_2_usrp.avi 20190629_2_usrp.mov 20190629_3_usrp.avi 20190629_3_usrp.mov 20190629_4_usrp.avi 20190629_4_usrp.mov 20190629_5_usrp.avi 20190629_5_usrp.mov 20190629_6_usrp.avi 20190629_6_usrp.mov 20190703_1_usrp.avi 20190703_1_usrp.mov 20190703_2_usrp.avi 20190703_2_usrp.mov 20190703_3_usrp.avi 20190703_3_usrp.mov				2.11 2.1 2.1 2.1 2.1 1.4 2.2 2.2 2.2	data: 20190629_1 06/29 12:25 to 06/30 18:52 missing: 06/29 19:21 to 06/30 12:33 20190629_2 06/30 18:52 to 07/01 08:02 20190629_3 07/01 08:03 to 07/01 23:47 missing: 07/01 08:59 to 07/01 11:08 20190629_4 07/01 23:47 to 07/02 16:39 20190629_5 07/02 16:39 to 07/03 05:47 20190629_6 07/03 05/48 to 07/03 14:40 20190703_1 07/03 14:42 to 07/04 05:20 20190703_2 07/04 05:20 to 07/05 18:18 missing: 07/04 10:36 to 07/04 14:45 07/04 17:15 to 07/05 11:51 20190703_3 07/05 18:44 to 07/06 08:00	20aug19
end 190629 - 190706
20190829 t3380/t1193 clp 440 usec rf, 10ms ipp 2 tubes but only 700 KW of power echotek [4.5,8.5] only got data for day, then magnet problem on new klystron. Receiver warmed up at 20:00. Plots show the change in Tsys... 430 tx power during experiment (.pdf)
echotek clp 20190829_chn12.avi 20190829_chn12.mov	sbgr	t3380 t1193			data 8/29 17:19 to 8/30 07:37	04sep19
usrp clp 20190829_usrp.avi 20190829_usrp.mov	sbgr	t3380 t1193			data 8/29 16:28 to 8/30 07:37	04sep19
end 190829
20191002 - 20191005 t3365 2 klystrons in use but only 850 KW. za = 1.1 deg, azimuth fixed 60 secs clp. rf=495 usecs, baud=2usecs, ipp = 10ms 30 secs tpsd. rf=500, ipp = 10ms 10 secs power. rf=52, baud=4, ipp=10ms echotek used [4.5,8.5] usrp 25 MHz 430 tx power during experiment (.pdf) echotek plasma freq vs range,time (.png)
echotek clp 20191002_1_chn12.avi 20191002_1_chn12.mov 20191002_2_chn12.avi 20191002_2_chn12.mov 20191002_3_chn12.avi 20191002_3_chn12.mov	sbgr	t3365		2.1 2.1 1.5	clp data: _1 10/02 12:03 to 10/03 15:18 _2 10/03 15:18 to 10/04 18:28 _3 10/04 18:28 to 10/05 13:59	09oct19
usrp clp 20191002_1_usrp.avi 20191002_1_usrp.mov 20191002_2_usrp.avi 20191002_2_usrp.mov 20191002_3_usrp.avi 20191002_3_usrp.mov 20191002_4_usrp.avi 20191002_4_usrp.mov usrp topside 20191002_tpsd_usrp.avi 20191002_tpsd_usrp.mov	sbgr	t3365		2.0 2.0 2.0 1.1 1.4	clp data: _1 10/02 11:52 to 10/03 08:50 _2 10/03 08:51 to 10/04 05:43 _3 10/04 05:43 to 10/05 02:35 _4 10/05 02:35 to 10/05 13:58 tpsd data 10/02 11:48 to 10/05 13:59	09oct1910
end 20191002
20191011-20191012 t3364 2 klystrons in use 40 seconds clp rf=440 usecs, ipp=10ms 20 secs tpsd rf=500, ipp=10ms az=348, za=1.1 deg, sitting gr -> echotek [434.5, 438.5] gr -> usrp 25 Mhz bw. tx failed 12oct19 05:26 430 tx power during experiment (.pdf)
echotek clp 20191011_chn12.avi 20191011_chn12.mov	sbgr	t3364		1.4	clp data 1011 10/11 12:02 to 10/12 05:26	16oct19
usrp clp 20191011_usrp.avi 20191011_usrp.mov usrp tpsd 20191011_tpsd_usrp.avi 20191011_tpsd_usrp.mov	sbgr	t3364		1.8 .34	clp data 10/11 12:08 to 10/12 05:27 tpsd data 10/11 12:08 to 10/12 05:27 missing data 10/11 12:49 to 10/11 14:14 tpsd turned off.	16oct19
end 20191011

02may15: t2686 frank and herb

ran coded (20 sec) then uncoded (20sec) clp
bands at 5.5 and 10 Mhz6
processed both bands
fof2 8-10 mhz all night
20140502c_chn1.avi, 20140502c_chn2.avi . 447 Mbytes each
lower band. lost signal around 7:30.

was going out of image (700 km around 4 mhz).

upper band.

could follow fof2 until around 10:30 (very weak)
looks like it might have been coming back around 3am but not sure..

04apr14 - t2876 measuring the electron line (top)

t2876 was trying to measure the electron line. It used d-region spectra and coded long pulse.
The coded long pulse setup was:

10 usecond baud, 250 usec rf pulse, and 5 millisec ipp
data was acquired in 30 second blocks.
heights were taken from from 48 to 190 km (spaced by 5usecs or .75 km)
The data was processed by decoding, computing spectra and then averaging

When processing, i had to turn off the rfi excision since it was cutting out the ion line..

The plot shows a 30 second average spectra after decoding (.ps) (.pdf)

the data came from file t2876_20140404_007.shs.. the first 30 second block of clp data in the file.
4 ranges are over plotted in color (85.5, 123, 160.5 and 183 km).
Top: +/- 2.5 Mhz displayed
middle: +/- .5 Mhz displayed
bottom: +/- .1 Mhz displayed.

Results:

The steps at .1 Mhz are from the 10 usec baud transistions
the peak in the middle is the ion line. It gets broader as you go up in height
+/- 100 khz spectra. this is probably clutter from the ion line caused by the clp decoding
> 100 Khz.. hopefully there's an electron line in there..

processing: x101/140403/clpeline.pro

01feb14 - removing rfi from clp data (top)

Rfi removal was tested on clp data taken 03feb14 (file 15, block 1). The removal process was dpne on an ipp basis:

transform 22000 height points -> Vspc[22000]
compute power -> Pspc[22000]
compute a robust rms of the 22000 power points:

sigma1=rms of the initial points
find all points within Nsigma * sigma1of the mean value ( i used Nsigma = 5.)
rms2=rms off all points within Nsigma*sigma1 of the mean
set sigma = ( rms2/rms2 > 2)?sigma2 : sigma1

This tries to throw away outliers.

find all points > 5*sigma from the mean power
Set Vspc[ii] = 0 for these points
inverse transform back to the time domain.

Looking at the results

The first image shows no clipping (.gif)
Clipping the rfi with using 5 sigma

5 sigma clipping replacing the bad data with 0's (.gif)

processing: x101/atm/clpshs/cliprif/compareImg.pro

05sep12: power profile cal dropouts. (top)

On 05sep12 a world day run was in progress. Nestor noticed that the cal (at the end of the ipp) was not always present in the power profiles. The experiment was:

dual beam,
za ch =0, za gr=15, az swinging at .04 deg/sec
running: clp,mracf,tpsd, and power.

href="atmCalDropout_05sep12.ps">the power profile cal deflection for 8:00 to 24:00 (.ps) (.pdf):

data processing:

files t1193_04sep2012.073-121 were processed. (about 8:00 to24:00).
10 sec blocks of power profile data were processed as a unit.
For each ipp in a block, the average calOn, calOff power was computed

there were 200 calOn samples followed by 200 cal off samples (sample rate=2usecs)
25 samples at the start of calon and caloff were discarded to eliminate the cal transition

Page 1: calOn,calOff power in a/d units

top Frame: ch, bottom frame: Gregorian
Black is calOn, red is calOff
The median calon,caloff for each 10sec block was plotted
When calOn (black) was close to calOff (red) , then the cal had not fired

You can see this at: 8-9am, 12.5 to 13

13:05: i changed the cable going from the sps to the cal multiplexer calport 7 input.(flagged with a green line)

After this cable change, there were no more cal dropouts.

18:00 must have been a crowbar, the system was put on load for awhile
21:00: the galaxy transited overhead.

the line feed shows it drifting through the beam
The dome was swinging +/- 15 degrees so it cut through the galaxy many times during the swinging.

Page 2: cal deflections in degK.

Same as page 1 except the units are degK (computed from the cal).

For the times where the cal did not fire, i used the median cal deflection for the entire dataset.
This shows:

the strength of the galaxy (about 100K)
The load temperature (about 350K for ch)

Page 3: a blowup where the cal failure started:

three 10 second blocks of cal data are plotted (.01 sec resolution).
The gaps are about 1 minute of time (when the other programs ran).
The bottom plot is a blowup of the final 10 second block.
colors:

ch black calOn, red Caloff
gr Green calOn, blue calOff

For the 1st 10 seconds the cal deflection was correct.
For the middle 10 seconds the Gregorian cal deflection increased by about 10db. jumping back and forth

The cal off measurement remained stable. This sample is 400 usecs after the cal on sample so the problem was definitely the cal turning on

The final 10 second block shows:

the ch cal stopped firing around 2.6 seconds
the dome cal started to decrease at this time, but it took it about 2 seconds to turn off.

Summary:

The cable from the sps to the cal multiplexer was the problem. It was a shinny long cable (i've given it to electronics to look at).
I've been told that the calon signal goes first to the ch and then over to the dome.
The dome cal jumping way up may have been a problem with the cal ttl signal at the cal diodes. It may have been close to the ttl transition level causing funny things to happen.
The bad cable was from the sps to cal multiplexer (calport 7). I don't understand why both ch and dome cals didn't stop at the same time

suppose the bad cable caused the voltage at the cal multiplexor input to full below a valid ttl on. It the cal multiplexor receiving circuit was built correctly it should have sent a solid 0 level upstairs to both the ch and then the dome. It looks like this didn't happen.

Maybe we should take a look at the cal multiplexer calport 7 receiver chip to see what it is doing

processing: x101/120905/pwrcal.pro

28nov11:Rediscovering the Galaxy with atm az swings. (top)

during the day. Periodic increases in the noise baseline were seen when looking at dynamic spectra from the power profiles.

The observing setup was:

Dual beam mode with zach=0 and zaDome=15 deg.
Az rotation was .39 deg/sec
The dbraw routine ran clp,mrac,power, and topsd.

Each ran for 10 to 20 seconds and then stepped to the next program.

Creating the dynamic spectra for the power profiles:

Dynamic spectra were made of the power profile data.

Data from 14:30 to 16:42 AST on 28nov11 were used.

The power was computed for each of the 2400 power profile heights of each 10 millisec ipp.

The barker code was not decoded.

The heights were averaged and then decimated by 3 to give 800 heights (2*3=6usecs spacing)
100 ipps were averaged to give 1 second time resolution.
The images were scaled to N sigma using a robust algorithm for computing sigma (N=3.5 for ch, 4.5 for dome)

Dynamic spectra power profiles for CH (.gif)
Dynamic spectra power profiles for Dome (.gif)

The horizontal scale is hours (AST) the vertical is range (km)
The large strip at 16.5 hours is when the system was switched from sky to load.
Some atmospheric signals:

110 Km = this is probably the e-region. Since the barker code is not decoded, any lines get smeared out to 13*2 26 usec + the average by 3 heights.
250 Km.. the F-region

The vertical stripes duration is the 10 seconds of each profile.

I've plotted each 10 second power profile dataset adjacent to each other rather than leaving blank space where mracf, clp, and tpsd ran.

Carriage house data:

There is an increase in power along all heights around 15.48 hours

Dome data.

There are multiple vertical stripes of increased power regularly spaced.
The bright strips are spaced by about 16 minutes.

The time for 1 rotation istime spacing is 15.1 minutes + the turn around time overhead (probably 20 secs). This is pretty close to the spacing of the peaks. The galaxy also moves a bit during this time.

Total power plots were then made vs time and position (.ps) (.pdf)

The data from the dynamic spectra were averaged over the 2400 heights and 10 seconds of each power profile giving 2 power samples every 10 secs of a power profile run (1 for the dome and one for the ch).
Page 1: positions

TOP: Dome azimuth vs hour of day for the power profiles.
Bottom: right ascension and declination for each of the power samples.

Black is the ch.

At 0 degs za it looks at 18.3 degrees declination

Red is the dome

At 15 deg za, the dome swings between 3 and 33 deg declination (18-15, 18+15 where 18 is the declination of AO).

Page 2: power vs positions

Top: Total power vs hour of day (AST).

black is ch, red is dome.
The dome has many peaks (which showed as the vertical stripes i the dynamic spectra).
The ch has one main peak around 15.5 hours AST.

Middle: power vs right ascension.

The ch peaks at 19.5 hours RA. This is probably the galaxy transiting at declination = 18.3 deg.

The peak is about 1.5 * Tsys.

The dome peaks earlier at 19.0 hours. It's peak more than doubles Tsys.

Since the dome is swinging +/-15 degs declination it probably crosses a portion of the galaxy that is stronger than declination = 18.3.
When the dome crosses 19.5 hours RA, it's level is comparable with the ch value (although the baselines vary by about 10%).

Bottom: Total power vs azimuth.

Page 3: power vs Azimuth for ch (last 3 swings)

Previously it was noted that some noise was coming from the transmitter building (az = -20deg).
With the ch at za=0 and the domeza=15, the dome should shield the ch from this noise every time the dome passed between the ch and transmitter building (az=-20).
Looking at the last last 3 azswings for the ch, there is not obvious dip in the total power near -40 to 0 deg azimuth. This may just be that the sampling rate is to low, or that 10 second averaging has washed out the narrow noise spikes.

Summary:

The galaxy was seen in the dome and ch during the azimuth swings.

The ch has a single peak since it stays at za =0 (dec=18.3)
The dome sees many peaks (in time) since it is continually swinging through the galaxy while the galaxy transits.

The galaxy increases the ch Tsys by 50%. The galaxy double the tsys on the dome.

processing: x101/111128/chkatm.pro

30aug11: removing clutter from clp echotek images. (top)

analyzed using the aeronomy clp1shs software program. The images and plots show:

the clp clutter.
various baseline removal techniques.
the difference between removing the baseline at the peak (narrow plasma line) versus removing the baseline where the vertical gradient is smallest (giving the most smearing within 1 range gate).

Processing:

The datafile used was: daeron/t2634_30aug11/t2634_30aug2011_000_004.shs.

The 10 seconds of data started at 8:10:49 ast.
The fregion was till low, so the vertical gradient was at minimum (causing more altitude smearing).

The clp data was taken with:

2 usec baud, 1 usec spacing between heights.
5 MHz bandwidth (from the dome). Cfr about 436.5 MHz.
2400 heights (with 1 usec spacing) were decoded (90 to 450 km range).
decoding used 4096 length fft giving 1.2Khz frequency channel width.
1000 ipps or 10 seconds of data were processed for the images.
8 threads were used to process the data on aserv21.
The data was processed on aserv21 from the directory /share/megs/phil/svn/pdev/pdev/clp using the command:

clp1shs.sc --endtime --nippaccum=1000 --fftlen=4096 --nthreads=8 --nfiles=1 --odir=/tmp/clp1shs/
--inpfilepre=t2634_30aug2011_

The plots show the spectra at the peak (210 km) and at 184 km (the min gradient) (.ps) (.pdf):

Page 1: Raw spectra and band pass correction:

Top Raw spectra:

black: spectra a Fregion peak (210 km)
green: spectra at minimum height gradient (184 km)
red: avg spectra (200 heights) 420-449 km. This should not have any atmosphere in it.
The power goes up at the edges of each spectra. This is aliased power from outside the 5 MHz band

Bottom: spectra with red bandpass correction divided out:

the red spectra from the top plot was divided into the black and green spectra to remove the system filter shape.

This is incorrect for the edges of the spectra because of the aliased power.

Page 2: data and various smoothing filters to try and remove clutter:

The increase in the spectra around freq channel number 2400 is caused by clutter.

Various bandpass filters were computed to be laster used to subtract off the clutter:
boxcar smoothing of 32 (red), 64 (green) channels, and median filtering with 71 channel length (blue) were computed.

top,2nd: 210 Km fregion peak.

top: spectra at peak with 3 filtered spectra over plotted. The plasmaline is to the right of the clutter peak.
2nd. blowup around plasmaline of spectra at peak and 3 filters

The plasmaline is about 10 frequency channels wide.
The colored lines show how much each filter would lower the amplitued of the plasmaline.

3rd,4th spectra at 184 km (gradient minimum).

3rd spectra with the 3 filtered spectra overplotted. The plasmaline is around channel 1600.
4th blowup around the plasmaline with the 3 filters overplotted.

The plasmaline is about 30 channels wide.
the filters (especially the 32 channel boxcar) will remove much of the plasmaline.

Filter summary:

at the peak where the plasmaline is narrow, boxcar filters can be used to remove the clutter
Where the vertical gradient is small, boxcar filters will remove much of the plasmaline.

using wider boxcar filters will fail at the peak where the clutter has the most curvature.

Dynamic spectra showing various filters:

Images were made showing the filter, and then the data minus the filter. A good filter should have:

You should not see a remnant of the plasmaline in the filter.
You should see little clutter in the data - filter
The plasmaline should be stronger below the peak than above the peak.

filter used	data-filter	Notes
boxcar(32)	data-boxcar(32)	The plasmaline is obvious in the filtered data. data -filter removes some of the plasmaline below the peak.
boxcar(64)	data-boxcar(64)
boxcar(128)	data-boxcar(128)
savitzky-golay filter	data-savgol	points left used: 256 points right used: 256 order=0 (smoothing) degree=2 you can see some of the plasmaline in the fitler (below the peak).
kaiserWindow	data-kaiser	freqcutoff: .0035 of band gibss ripple 60db down nterms=1024 the lowpass cutoff of the filter was tuned to the width of the plasmaline at the minimum gradient. Around the peak, the filter sidelobes are letting the clutter thru.
cos^4 window	data-cos^4	around the peak the clutter is not being completely removed. some of the plasmaline remains in the filter below the peak

Summary:

Filtering the spectra to remove the clutter does not do a good job at all altitudes:

At the minimum gradient in altitude the plasmaline is smeared (because of our height resolution).

This requires a wide filter

At the peak, a wide filter does not do a good job of removing the clutter.

The shadow plasmalines are caused by the buad transitions (2 usecs = .5 MHz) beating with the actual plasmaline.

processing: x101/110901/makebpc.pro, svn/pdev/pdev/clp/clp1shs.sc

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