4660 Nereus Data Reduction and Analysis Log
===========================================

reason:/data/ast1/4660_Nereus/goldstone/analysis/nereus.analysis.log

Lance A. M. Benner

Last updated: 2005 April 25


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2005 April 8
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Process some of the Nereus Goldstone CW PSD* data.  Someone processed
the Arecibo CW data, which show sc/oc ~ 0.8 +/- 0.1.

We haven't even looked at the Goldstone data yet.

We took CW data on 11 days between January 15 and 29, 2002.

Due to the high sc/oc and due to a sticking relay switch, we took CW data
with transmissions in both RCP and LCP (usually in separate files).


 Date__(UT)__HR:MN     R.A._(a-appar)_DEC.         delta
 2002-Jan-15 00:00 *m  324.31728  -0.33138  0.0377227378
 2002-Jan-16 00:00 *m  320.73855  -1.61450  0.0357570448
 2002-Jan-17 00:00 *m  316.74022  -3.04816  0.0339798324
 2002-Jan-18 00:00 *m  312.30080  -4.62801  0.0324237284
 2002-Jan-19 00:00 *m  307.41708  -6.33619  0.0311230074
 2002-Jan-20 00:00 *m  302.11268  -8.13782  0.0301112757
 2002-Jan-21 00:00 *m  296.44551  -9.98025  0.0294182035
 2002-Jan-22 00:00 *m  290.51051 -11.79708  0.0290657502
 2002-Jan-23 00:00 *m  284.43467 -13.51754  0.0290647777
 2002-Jan-24 00:00 *m  278.36331 -15.07883  0.0294131244
 2002-Jan-25 00:00 *m  272.44062 -16.43705  0.0300958432
 2002-Jan-26 00:00 *m  266.79061 -17.57245  0.0310875200
 2002-Jan-27 00:00 *m  261.50416 -18.48792  0.0323558495
 2002-Jan-28 00:00 *m  256.63499 -19.20280  0.0338653932
 2002-Jan-29 00:00 *   252.20304 -19.74532  0.0355807053
 2002-Jan-30 00:00 *   248.20211 -20.14618  0.0374684800




Let's start with one of the strongest days when the data were taken using only
RCP to transmit:

January 25
==========
Solution 38.  10 cw runs, TX = RCP.  2 kHz sampling, 4096 FFT -> 0.49 Hz resn.
file = PSD02025.4660_Nereus   

Number of runs = 5

RTT = 30 seconds.  There's no log file for that day, but on the day before,
when the RTT was comparable, we used 2 hops with 10-second dwells. 

P = 15.1 hours

Block these into runs first to see how things look.  Then block into a file.

/usr/local/bin/rnb status:  removing background from 5 blocks of data
 S# clr  dfreq    tau  nffts    e_rms        ave       sdev    m_rms      e/m 
  0 N/A    0.5    8.2      4     0.50    1.3e+09    1.4e+09     1.10  0.45614 
  0   0    0.5    8.2      4     0.50    1.2e+09    6.9e+08     0.55  0.90231 
  0   1    0.5    8.2      4     0.50    1.4e+09    1.9e+09     1.39  0.35880 
  1 N/A    0.5   16.4      8     0.35    2.6e+09    2.0e+09     0.76  0.46455 
  1   0    0.5   16.4      8     0.35    2.6e+09    1.8e+09     0.72  0.49046 
  1   1    0.5   16.4      8     0.35    2.6e+09    2.1e+09     0.80  0.44273 
  2 N/A    0.5    0.0      0      Inf    3.5e+09    2.5e+09     0.70      Inf 
  2   0    0.5    0.0      0      Inf    3.5e+09    2.0e+09     0.57      Inf 
  2   1    0.5    0.0      0      Inf    3.6e+09    2.9e+09     0.80      Inf 
  3 N/A    0.5    4.1      2     0.71    6.5e+08    7.8e+08     1.20  0.58820 
  3   0    0.5    4.1      2     0.71    6.3e+08    4.6e+08     0.73  0.96698 
  3   1    0.5    4.1      2     0.71    6.7e+08    1.0e+09     1.50  0.47273 
  4 N/A    0.5   12.3      6     0.41    1.9e+09    1.9e+09     1.00  0.40819 
  4   0    0.5   12.3      6     0.41    2.0e+09    2.5e+09     1.24  0.32862 
  4   1    0.5   12.3      6     0.41    1.9e+09    1.2e+09     0.65  0.62702 
  5 N/A    0.5   20.5     10     0.32    3.2e+09    2.5e+09     0.79  0.39908 
  5   0    0.5   20.5     10     0.32    3.2e+09    2.6e+09     0.81  0.38996 
  5   1    0.5   20.5     10     0.32    3.2e+09    2.5e+09     0.77  0.40871 
  6 N/A    0.5    8.2      4     0.50    1.3e+09    1.2e+09     0.92  0.54552 
  6   0    0.5    8.2      4     0.50    1.3e+09    1.5e+09     1.16  0.43110 
  6   1    0.5    8.2      4     0.50    1.3e+09    6.7e+08     0.54  0.93396 
  7 N/A    0.5   16.4      8     0.35    2.6e+09    2.1e+09     0.81  0.43521 
  7   0    0.5   16.4      8     0.35    2.6e+09    1.7e+09     0.68  0.52141 
  7   1    0.5   16.4      8     0.35    2.6e+09    2.4e+09     0.92  0.38234 
  8 N/A    0.5   22.5     11     0.30    3.6e+09    2.6e+09     0.72  0.42051 
  8   0    0.5   22.5     11     0.30    3.6e+09    2.6e+09     0.73  0.41270 
  8   1    0.5   22.5     11     0.30    3.6e+09    2.5e+09     0.70  0.42873 
  9 N/A    0.5    4.1      2     0.71    6.4e+08    6.8e+08     1.07  0.66238 
  9   0    0.5    4.1      2     0.71    6.3e+08    8.4e+08     1.32  0.53587 
  9   1    0.5    4.1      2     0.71    6.4e+08    4.8e+08     0.74  0.95322 
 10 N/A    0.5   12.3      6     0.41    1.9e+09    1.4e+09     0.72  0.56854 
 10   0    0.5   12.3      6     0.41    1.9e+09    1.1e+09     0.60  0.68234 
 10   1    0.5   12.3      6     0.41    2.0e+09    1.6e+09     0.81  0.50346 
 11 N/A    0.5   20.5     10     0.32    3.2e+09    2.4e+09     0.75  0.42285 
 11   0    0.5   20.5     10     0.32    3.2e+09    2.9e+09     0.91  0.34940 
 11   1    0.5   20.5     10     0.32    3.2e+09    1.7e+09     0.55  0.57974 
 12 N/A    0.5    8.2      4     0.50    1.3e+09    1.2e+09     0.91  0.54722 
 12   0    0.5    8.2      4     0.50    1.2e+09    6.7e+08     0.55  0.90952 
 12   1    0.5    8.2      4     0.50    1.3e+09    1.5e+09     1.13  0.44440 
 13 N/A    0.5   16.4      8     0.35    2.6e+09    1.7e+09     0.67  0.52516 
 13   0    0.5   16.4      8     0.35    2.5e+09    1.7e+09     0.69  0.51493 
 13   1    0.5   16.4      8     0.35    2.6e+09    1.7e+09     0.66  0.53563 
 14 N/A    0.5    0.0      0      Inf    3.2e+09    2.1e+09     0.66      Inf 
 14   0    0.5    0.0      0      Inf    3.2e+09    1.8e+09     0.59      Inf 
 14   1    0.5    0.0      0      Inf    3.2e+09    2.3e+09     0.72      Inf 

Hops 2 and 14 have trouble so we need to delete them. For the others, e/m 
is pretty bad at times...should be close to unity.

I checked anyway and verified that the first and last runs looked weird: the
baseline was way off.  

--> Make a raw rdf file, delete the bad hops, and repeat the reduction.
recall that rdfdelete uses 1-based counting, so add one to the numbers above.

I deleted hops 3 and 15, leaving 13 hops.
save the file as: PSD02025.4660_Nereus.raw.rdf

put the data into: PSD02025.4660_Nereus.runs.rdf

/usr/local/bin/rnb status:  removing background from 5 blocks of data
 S# clr  dfreq    tau  nffts    e_rms        ave       sdev    m_rms      e/m 
  0 N/A    0.5    8.2      4     0.50    1.3e+09    1.4e+09     1.10  0.45614 
  0   0    0.5    8.2      4     0.50    1.2e+09    6.9e+08     0.55  0.90231 
  0   1    0.5    8.2      4     0.50    1.4e+09    1.9e+09     1.39  0.35880 
  1 N/A    0.5   16.4      8     0.35    2.6e+09    2.0e+09     0.76  0.46455 
  1   0    0.5   16.4      8     0.35    2.6e+09    1.8e+09     0.72  0.49046 
  1   1    0.5   16.4      8     0.35    2.6e+09    2.1e+09     0.80  0.44273 
  2 N/A    0.5    4.1      2     0.71    6.5e+08    7.8e+08     1.20  0.58820 
  2   0    0.5    4.1      2     0.71    6.3e+08    4.6e+08     0.73  0.96698 
  2   1    0.5    4.1      2     0.71    6.7e+08    1.0e+09     1.50  0.47273 
  3 N/A    0.5   12.3      6     0.41    1.9e+09    1.9e+09     1.00  0.40819 
  3   0    0.5   12.3      6     0.41    2.0e+09    2.5e+09     1.24  0.32862 
  3   1    0.5   12.3      6     0.41    1.9e+09    1.2e+09     0.65  0.62702 
  4 N/A    0.5   20.5     10     0.32    3.2e+09    2.5e+09     0.79  0.39908 
  4   0    0.5   20.5     10     0.32    3.2e+09    2.6e+09     0.81  0.38996 
  4   1    0.5   20.5     10     0.32    3.2e+09    2.5e+09     0.77  0.40871 
  5 N/A    0.5    8.2      4     0.50    1.3e+09    1.2e+09     0.92  0.54552 
  5   0    0.5    8.2      4     0.50    1.3e+09    1.5e+09     1.16  0.43110 
  5   1    0.5    8.2      4     0.50    1.3e+09    6.7e+08     0.54  0.93396 
  6 N/A    0.5   16.4      8     0.35    2.6e+09    2.1e+09     0.81  0.43521 
  6   0    0.5   16.4      8     0.35    2.6e+09    1.7e+09     0.68  0.52141 
  6   1    0.5   16.4      8     0.35    2.6e+09    2.4e+09     0.92  0.38234 
  7 N/A    0.5   22.5     11     0.30    3.6e+09    2.6e+09     0.72  0.42051 
  7   0    0.5   22.5     11     0.30    3.6e+09    2.6e+09     0.73  0.41270 
  7   1    0.5   22.5     11     0.30    3.6e+09    2.5e+09     0.70  0.42873 
  8 N/A    0.5    4.1      2     0.71    6.4e+08    6.8e+08     1.07  0.66238 
  8   0    0.5    4.1      2     0.71    6.3e+08    8.4e+08     1.32  0.53587 
  8   1    0.5    4.1      2     0.71    6.4e+08    4.8e+08     0.74  0.95322 
  9 N/A    0.5   12.3      6     0.41    1.9e+09    1.4e+09     0.72  0.56854 
  9   0    0.5   12.3      6     0.41    1.9e+09    1.1e+09     0.60  0.68234 
  9   1    0.5   12.3      6     0.41    2.0e+09    1.6e+09     0.81  0.50346 
 10 N/A    0.5   20.5     10     0.32    3.2e+09    2.4e+09     0.75  0.42285 
 10   0    0.5   20.5     10     0.32    3.2e+09    2.9e+09     0.91  0.34940 
 10   1    0.5   20.5     10     0.32    3.2e+09    1.7e+09     0.55  0.57974 
 11 N/A    0.5    8.2      4     0.50    1.3e+09    1.2e+09     0.91  0.54722 
 11   0    0.5    8.2      4     0.50    1.2e+09    6.7e+08     0.55  0.90952 
 11   1    0.5    8.2      4     0.50    1.3e+09    1.5e+09     1.13  0.44440 
 12 N/A    0.5   16.4      8     0.35    2.6e+09    1.7e+09     0.67  0.52516 
 12   0    0.5   16.4      8     0.35    2.5e+09    1.7e+09     0.69  0.51493 
 12   1    0.5   16.4      8     0.35    2.6e+09    1.7e+09     0.66  0.53563 

rnb.removeBackground()  status:  Normalizing spectrum 4 with rmsc of 0.408248
rnb Calibration Warning:  Unknown xmit_sta found:  14.  Assuming DSS14
Using Observatory Gain Constant:  1.11452e+07
(num)     Gain Const  rtt    tsys     gain   pt        nfreq     dfreq     tau       rmsc      sdev 
(  0)    1.11452e+07  30.64  16.5   681.269    470         2  0.488281    24.576  0.408248  0.000100947
(  1)    1.11452e+07  30.64  16.5   681.364    470         2  0.488281    36.864  0.333333  8.24195e-05
(  2)    1.11452e+07  30.64  16.5   681.486    470         2  0.488281    47.104  0.294884  7.29071e-05
(  3)    1.11452e+07  30.65  16.5   681.581    470         2  0.488281    36.864  0.333333  8.24092e-05
(  4)    1.11452e+07  30.65  16.5   681.679    470         2  0.488281    24.576  0.408248  0.000100926


rnb.removeBackground()  status:  Normalizing spectrum 4 with rmsc of 0.408248
rnb Calibration Warning:  Unknown xmit_sta found:  14.  Assuming DSS14
Using Observatory Gain Constant:  1.11452e+07
(num)     Gain Const  rtt    tsys     gain   pt        nfreq     dfreq     tau       rmsc      sdev 
(  0)    1.11452e+07  30.64  20.3   681.269    470         2  0.488281    24.576  0.408248  0.000124196
(  1)    1.11452e+07  30.64  20.3   681.364    470         2  0.488281    36.864  0.333333  0.000101401
(  2)    1.11452e+07  30.64  20.3   681.486    470         2  0.488281    47.104  0.294884  8.96978e-05
(  3)    1.11452e+07  30.65  20.3   681.581    470         2  0.488281    36.864  0.333333  0.000101388
(  4)    1.11452e+07  30.65  20.3   681.679    470         2  0.488281    24.576  0.408248  0.000124169

Spectra show pronounced SNR differences from run to run--two are very strong but three are weak.
Lots of chi-sq noise.  The number of looks varies from 12-23.  

I printed out collages showing the full spectral widths and zoomed in views within +/- 10 Hz.
Oddly, the echoes were substantially off in Doppler frequency -- about 1 Hz negative.

Check jsnr1 and jsnr1: they look OK.  Tsys and Ptx look reasonable (but Ptx might be a bit high--
listed as 470 kW.  More recently we've been getting about 450).  


Now block the runs into a file.
total looks: 73
SC/OC is obviously high.  By inspection, it looks to be about 0.9.  
Bandwidth is about 5 Hz.

Check the noise histograms:
They look weird: there's a huge excess of points between  +/- 1 st'd dev and a dearth of
points outside that range.  The distribution doesn't fit a Gaussian very well.
This may require a raw reduction... ugh.  More work.

Let's do a t87 listing anyway to see what it produces:

Target 4660_Nereus             from file /data/ast1/4660_Nereus/goldstone/proc/cw/PSD02025.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/25   5-oc  16:21:18  16:21:28  16:25:59   0.0   3.84e-05   1.84e-03  1.1e-04  3.8
Target 4660_Nereus             from file /data/ast1/4660_Nereus/goldstone/proc/cw/PSD02025.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/25   5-sc  16:21:18  16:21:28  16:25:59   0.0   4.72e-05   2.04e-03  1.4e-04  4.2 1.11312 1.2172 1.01673

This says SC/OC = 1.1 +/- 0.1, but the spectrum suggests something smaller.  Perhaps I need 
to adjust jsnr1 and jsnr2.  

jsnr1 = 1018
jsnr2 = 1031

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1 -0.46  1.88  3.31  7.10  5.47  4.98  8.09  5.02  7.75  4.12  0.71  1.21 -0.79 -0.55

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  1.30  1.16  3.14  5.01  5.52  4.61  5.71  6.18  7.21  1.40  1.00 -0.02  0.17  0.90

note that kmsq/sdev is different...  otherwise, if you just add up the numbers, you get 
sc/oc = 0.9.

This also says that OCxsec = 1.8E-3.  That's really small.  This object is several hundred meters
in diameter.  Actually, the shape is elongated, but a representative visible extent in the 
Goldstone images is about 10 1/8 usec range gates.  If we double that to get the true extent,
we get D = 375 m.  That gives a radar albedo of only  0.016, which is ridiculously low.  Something
is wrong with the Goldstone cw data on this day.   This may have been during the time that the
CW echoes were weaker than the imaging echoes, a reversal of the usual situation.  The CW
snrs seem really low given how strong the images are.  (CW SNR peak bin is only about 8 
st'd devs).

Looks like the Goldstone CW data aren't trustworthy.

--> Try a different date

- - - - - - - - - - - - - - - - - - - - 

January 19
----------
On this date we did 10 cw runs transmitting RCP and 10 CW runs transmitting LCP.

Solution 34.  2 hops, 10 second dwells, 2 kHz sampling with a 4096 point FFT.
RTT is about 31 seconds.

According to my notes, they started with 1 usec ranging because they couldn't get
the vme to load the ephemeris due to changes that Robert made to the vme software. !!

Process the TX RCP file first.  

/usr/local/bin/rnb status:  removing background from 1 blocks of data
 S# clr  dfreq    tau  nffts    e_rms        ave       sdev    m_rms      e/m 
  0 N/A    0.5    6.1      3     0.58    9.9e+08    6.6e+08     0.67  0.86542 
  0   0    0.5    6.1      3     0.58    1.0e+09    6.5e+08     0.65  0.89161 
  0   1    0.5    6.1      3     0.58    9.8e+08    6.7e+08     0.69  0.84055 
  1 N/A    0.5   14.3      7     0.38    2.3e+09    1.2e+09     0.52  0.72062 
  1   0    0.5   14.3      7     0.38    2.3e+09    1.3e+09     0.57  0.66041 
  1   1    0.5   14.3      7     0.38    2.3e+09    1.1e+09     0.47  0.80535 
  2 N/A    0.5   20.5     10     0.32    3.3e+09    1.5e+09     0.47  0.66829 
  2   0    0.5   20.5     10     0.32    3.3e+09    1.6e+09     0.47  0.66729 
  2   1    0.5   20.5     10     0.32    3.3e+09    1.5e+09     0.47  0.66916 
  3 N/A    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.04  0.95872 
  3   0    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.04  0.96475 
  3   1    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.05  0.95278 
  4 N/A    0.5   10.2      5     0.45    1.6e+09    9.6e+08     0.59  0.75540 
  4   0    0.5   10.2      5     0.45    1.6e+09    1.1e+09     0.65  0.69121 
  4   1    0.5   10.2      5     0.45    1.6e+09    8.5e+08     0.53  0.84636 
  5 N/A    0.5   18.4      9     0.33    2.9e+09    1.4e+09     0.48  0.68862 
  5   0    0.5   18.4      9     0.33    2.9e+09    1.5e+09     0.49  0.67466 
  5   1    0.5   18.4      9     0.33    2.9e+09    1.4e+09     0.47  0.70366 
  6 N/A    0.5   18.4      9     0.33    2.9e+09    1.4e+09     0.48  0.68862 
  6   0    0.5   18.4      9     0.33    2.9e+09    1.5e+09     0.49  0.67466 
  6   1    0.5   18.4      9     0.33    2.9e+09    1.4e+09     0.47  0.70366 
  7 N/A    0.5    8.2      4     0.50    1.3e+09    9.1e+08     0.70  0.71913 
  7   0    0.5    8.2      4     0.50    1.3e+09    1.1e+09     0.81  0.61357 
  7   1    0.5    8.2      4     0.50    1.3e+09    7.0e+08     0.54  0.92551 
  8 N/A    0.5   16.4      8     0.35    2.6e+09    1.3e+09     0.48  0.72992 
  8   0    0.5   16.4      8     0.35    2.6e+09    1.4e+09     0.52  0.67848 
  8   1    0.5   16.4      8     0.35    2.6e+09    1.2e+09     0.44  0.79713 
  9 N/A    0.5   18.4      9     0.33    3.0e+09    1.4e+09     0.48  0.70084 
  9   0    0.5   18.4      9     0.33    3.0e+09    1.6e+09     0.53  0.63249 
  9   1    0.5   18.4      9     0.33    2.9e+09    1.2e+09     0.41  0.80358 
 10 N/A    0.5    6.1      3     0.58    9.9e+08    7.5e+08     0.76  0.75914 
 10   0    0.5    6.1      3     0.58    1.0e+09    8.8e+08     0.88  0.65373 
 10   1    0.5    6.1      3     0.58    9.7e+08    5.9e+08     0.60  0.95666 
 11 N/A    0.5   14.3      7     0.38    2.3e+09    1.3e+09     0.55  0.68138 
 11   0    0.5   14.3      7     0.38    2.3e+09    1.3e+09     0.56  0.68076 
 11   1    0.5   14.3      7     0.38    2.3e+09    1.3e+09     0.55  0.68185 
 12 N/A    0.5   18.4      9     0.33    3.0e+09    1.5e+09     0.51  0.65093 
 12   0    0.5   18.4      9     0.33    3.0e+09    1.6e+09     0.54  0.61665 
 12   1    0.5   18.4      9     0.33    2.9e+09    1.4e+09     0.48  0.69293 
 13 N/A    0.5    6.1      3     0.58    9.8e+08    7.5e+08     0.76  0.75508 
 13   0    0.5    6.1      3     0.58    9.9e+08    8.8e+08     0.89  0.64997 
 13   1    0.5    6.1      3     0.58    9.7e+08    5.9e+08     0.61  0.94973 
 14 N/A    0.5   14.3      7     0.38    2.3e+09    1.3e+09     0.55  0.68263 
 14   0    0.5   14.3      7     0.38    2.3e+09    1.3e+09     0.58  0.65580 
 14   1    0.5   14.3      7     0.38    2.3e+09    1.2e+09     0.53  0.71357 
 15 N/A    0.5   20.5     10     0.32    3.3e+09    1.6e+09     0.50  0.63711 
 15   0    0.5   20.5     10     0.32    3.3e+09    1.8e+09     0.55  0.57721 
 15   1    0.5   20.5     10     0.32    3.3e+09    1.4e+09     0.44  0.72222 
 16 N/A    0.5    4.1      2     0.71    6.6e+08    5.2e+08     0.79  0.88988 
 16   0    0.5    4.1      2     0.71    6.7e+08    5.6e+08     0.84  0.84173 
 16   1    0.5    4.1      2     0.71    6.4e+08    4.8e+08     0.74  0.95394 
 17 N/A    0.5   12.3      6     0.41    2.0e+09    1.1e+09     0.54  0.76292 
 17   0    0.5   12.3      6     0.41    2.0e+09    1.0e+09     0.51  0.79722 
 17   1    0.5   12.3      6     0.41    2.0e+09    1.1e+09     0.56  0.73272 
 18 N/A    0.5   20.5     10     0.32    3.3e+09    1.5e+09     0.45  0.69973 
 18   0    0.5   20.5     10     0.32    3.3e+09    1.6e+09     0.48  0.66029 
 18   1    0.5   20.5     10     0.32    3.3e+09    1.4e+09     0.42  0.74798 
 19 N/A    0.5    8.2      4     0.50    1.3e+09    1.0e+09     0.76  0.66022 
 19   0    0.5    8.2      4     0.50    1.3e+09    7.4e+08     0.56  0.89777 
 19   1    0.5    8.2      4     0.50    1.3e+09    1.2e+09     0.91  0.54944 
 20 N/A    0.5   16.4      8     0.35    2.7e+09    1.4e+09     0.54  0.65658 
 20   0    0.5   16.4      8     0.35    2.7e+09    1.4e+09     0.50  0.70393 
 20   1    0.5   16.4      8     0.35    2.6e+09    1.5e+09     0.57  0.61641 
 21 N/A    0.5   18.4      9     0.33    3.0e+09    1.6e+09     0.55  0.61081 
 21   0    0.5   18.4      9     0.33    3.0e+09    1.5e+09     0.49  0.68461 
 21   1    0.5   18.4      9     0.33    3.0e+09    1.8e+09     0.60  0.55497 
 22 N/A    0.5    6.1      3     0.58    9.9e+08    6.6e+08     0.67  0.86030 
 22   0    0.5    6.1      3     0.58    9.8e+08    6.2e+08     0.64  0.90717 
 22   1    0.5    6.1      3     0.58    1.0e+09    7.0e+08     0.70  0.82140 
 23 N/A    0.5   14.3      7     0.38    2.3e+09    1.1e+09     0.47  0.80686 
 23   0    0.5   14.3      7     0.38    2.3e+09    1.1e+09     0.49  0.76854 
 23   1    0.5   14.3      7     0.38    2.3e+09    1.0e+09     0.44  0.85150 
 24 N/A    0.5    0.0      0      Inf    3.3e+09    1.5e+09     0.45      Inf 
 24   0    0.5    0.0      0      Inf    3.3e+09    1.5e+09     0.44      Inf 
 24   1    0.5    0.0      0      Inf    3.3e+09    1.5e+09     0.45      Inf 
 25 N/A    0.5    6.1      3     0.58    1.0e+09    6.1e+08     0.61  0.94147 
 25   0    0.5    6.1      3     0.58    1.0e+09    6.1e+08     0.61  0.94468 
 25   1    0.5    6.1      3     0.58    9.9e+08    6.1e+08     0.62  0.93813 
 26 N/A    0.5   14.3      7     0.38    2.3e+09    1.1e+09     0.46  0.82683 
 26   0    0.5   14.3      7     0.38    2.3e+09    1.1e+09     0.48  0.78663 
 26   1    0.5   14.3      7     0.38    2.3e+09    1.0e+09     0.43  0.87396 
 27 N/A    0.5   22.5     11     0.30    3.6e+09    1.5e+09     0.41  0.74060 
 27   0    0.5   22.5     11     0.30    3.6e+09    1.5e+09     0.42  0.71844 
 27   1    0.5   22.5     11     0.30    3.7e+09    1.4e+09     0.39  0.76456 
 28 N/A    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.04  0.95873 
 28   0    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.02  0.97587 
 28   1    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.06  0.94340 
 29 N/A    0.5   10.2      5     0.45    1.7e+09    9.6e+08     0.58  0.77019 
 29   0    0.5   10.2      5     0.45    1.7e+09    1.1e+09     0.66  0.68240 
 29   1    0.5   10.2      5     0.45    1.6e+09    8.1e+08     0.49  0.90648 
 30 N/A    0.5   18.4      9     0.33    3.0e+09    1.4e+09     0.47  0.70349 
 30   0    0.5   18.4      9     0.33    3.0e+09    1.4e+09     0.49  0.68393 
 30   1    0.5   18.4      9     0.33    3.0e+09    1.4e+09     0.46  0.72481 
 31 N/A    0.5   18.4      9     0.33    3.0e+09    1.4e+09     0.47  0.70349 
 31   0    0.5   18.4      9     0.33    3.0e+09    1.4e+09     0.49  0.68393 
 31   1    0.5   18.4      9     0.33    3.0e+09    1.4e+09     0.46  0.72481 

OK, I need to go into the hops and delete number 25 (1-based counting).


file = PSD02019RCP.4660_Nereus.raw.rdf

now block it into a file.

/usr/local/bin/rnb status:  removing background from 1 blocks of data
 S# clr  dfreq    tau  nffts    e_rms        ave       sdev    m_rms      e/m 
  0 N/A    0.5    6.1      3     0.58    9.9e+08    6.6e+08     0.67  0.86542 
  0   0    0.5    6.1      3     0.58    1.0e+09    6.5e+08     0.65  0.89161 
  0   1    0.5    6.1      3     0.58    9.8e+08    6.7e+08     0.69  0.84055 
  1 N/A    0.5   14.3      7     0.38    2.3e+09    1.2e+09     0.52  0.72062 
  1   0    0.5   14.3      7     0.38    2.3e+09    1.3e+09     0.57  0.66041 
  1   1    0.5   14.3      7     0.38    2.3e+09    1.1e+09     0.47  0.80535 
  2 N/A    0.5   20.5     10     0.32    3.3e+09    1.5e+09     0.47  0.66829 
  2   0    0.5   20.5     10     0.32    3.3e+09    1.6e+09     0.47  0.66729 
  2   1    0.5   20.5     10     0.32    3.3e+09    1.5e+09     0.47  0.66916 
  3 N/A    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.04  0.95872 
  3   0    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.04  0.96475 
  3   1    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.05  0.95278 
  4 N/A    0.5   10.2      5     0.45    1.6e+09    9.6e+08     0.59  0.75540 
  4   0    0.5   10.2      5     0.45    1.6e+09    1.1e+09     0.65  0.69121 
  4   1    0.5   10.2      5     0.45    1.6e+09    8.5e+08     0.53  0.84636 
  5 N/A    0.5   18.4      9     0.33    2.9e+09    1.4e+09     0.48  0.68862 
  5   0    0.5   18.4      9     0.33    2.9e+09    1.5e+09     0.49  0.67466 
  5   1    0.5   18.4      9     0.33    2.9e+09    1.4e+09     0.47  0.70366 
  6 N/A    0.5   18.4      9     0.33    2.9e+09    1.4e+09     0.48  0.68862 
  6   0    0.5   18.4      9     0.33    2.9e+09    1.5e+09     0.49  0.67466 
  6   1    0.5   18.4      9     0.33    2.9e+09    1.4e+09     0.47  0.70366 
  7 N/A    0.5    8.2      4     0.50    1.3e+09    9.1e+08     0.70  0.71913 
  7   0    0.5    8.2      4     0.50    1.3e+09    1.1e+09     0.81  0.61357 
  7   1    0.5    8.2      4     0.50    1.3e+09    7.0e+08     0.54  0.92551 
  8 N/A    0.5   16.4      8     0.35    2.6e+09    1.3e+09     0.48  0.72992 
  8   0    0.5   16.4      8     0.35    2.6e+09    1.4e+09     0.52  0.67848 
  8   1    0.5   16.4      8     0.35    2.6e+09    1.2e+09     0.44  0.79713 
  9 N/A    0.5   18.4      9     0.33    3.0e+09    1.4e+09     0.48  0.70084 
  9   0    0.5   18.4      9     0.33    3.0e+09    1.6e+09     0.53  0.63249 
  9   1    0.5   18.4      9     0.33    2.9e+09    1.2e+09     0.41  0.80358 
 10 N/A    0.5    6.1      3     0.58    9.9e+08    7.5e+08     0.76  0.75914 
 10   0    0.5    6.1      3     0.58    1.0e+09    8.8e+08     0.88  0.65373 
 10   1    0.5    6.1      3     0.58    9.7e+08    5.9e+08     0.60  0.95666 
 11 N/A    0.5   14.3      7     0.38    2.3e+09    1.3e+09     0.55  0.68138 
 11   0    0.5   14.3      7     0.38    2.3e+09    1.3e+09     0.56  0.68076 
 11   1    0.5   14.3      7     0.38    2.3e+09    1.3e+09     0.55  0.68185 
 12 N/A    0.5   18.4      9     0.33    3.0e+09    1.5e+09     0.51  0.65093 
 12   0    0.5   18.4      9     0.33    3.0e+09    1.6e+09     0.54  0.61665 
 12   1    0.5   18.4      9     0.33    2.9e+09    1.4e+09     0.48  0.69293 
 13 N/A    0.5    6.1      3     0.58    9.8e+08    7.5e+08     0.76  0.75508 
 13   0    0.5    6.1      3     0.58    9.9e+08    8.8e+08     0.89  0.64997 
 13   1    0.5    6.1      3     0.58    9.7e+08    5.9e+08     0.61  0.94973 
 14 N/A    0.5   14.3      7     0.38    2.3e+09    1.3e+09     0.55  0.68263 
 14   0    0.5   14.3      7     0.38    2.3e+09    1.3e+09     0.58  0.65580 
 14   1    0.5   14.3      7     0.38    2.3e+09    1.2e+09     0.53  0.71357 
 15 N/A    0.5   20.5     10     0.32    3.3e+09    1.6e+09     0.50  0.63711 
 15   0    0.5   20.5     10     0.32    3.3e+09    1.8e+09     0.55  0.57721 
 15   1    0.5   20.5     10     0.32    3.3e+09    1.4e+09     0.44  0.72222 
 16 N/A    0.5    4.1      2     0.71    6.6e+08    5.2e+08     0.79  0.88988 
 16   0    0.5    4.1      2     0.71    6.7e+08    5.6e+08     0.84  0.84173 
 16   1    0.5    4.1      2     0.71    6.4e+08    4.8e+08     0.74  0.95394 
 17 N/A    0.5   12.3      6     0.41    2.0e+09    1.1e+09     0.54  0.76292 
 17   0    0.5   12.3      6     0.41    2.0e+09    1.0e+09     0.51  0.79722 
 17   1    0.5   12.3      6     0.41    2.0e+09    1.1e+09     0.56  0.73272 
 18 N/A    0.5   20.5     10     0.32    3.3e+09    1.5e+09     0.45  0.69973 
 18   0    0.5   20.5     10     0.32    3.3e+09    1.6e+09     0.48  0.66029 
 18   1    0.5   20.5     10     0.32    3.3e+09    1.4e+09     0.42  0.74798 
 19 N/A    0.5    8.2      4     0.50    1.3e+09    1.0e+09     0.76  0.66022 
 19   0    0.5    8.2      4     0.50    1.3e+09    7.4e+08     0.56  0.89777 
 19   1    0.5    8.2      4     0.50    1.3e+09    1.2e+09     0.91  0.54944 
 20 N/A    0.5   16.4      8     0.35    2.7e+09    1.4e+09     0.54  0.65658 
 20   0    0.5   16.4      8     0.35    2.7e+09    1.4e+09     0.50  0.70393 
 20   1    0.5   16.4      8     0.35    2.6e+09    1.5e+09     0.57  0.61641 
 21 N/A    0.5   18.4      9     0.33    3.0e+09    1.6e+09     0.55  0.61081 
 21   0    0.5   18.4      9     0.33    3.0e+09    1.5e+09     0.49  0.68461 
 21   1    0.5   18.4      9     0.33    3.0e+09    1.8e+09     0.60  0.55497 
 22 N/A    0.5    6.1      3     0.58    9.9e+08    6.6e+08     0.67  0.86030 
 22   0    0.5    6.1      3     0.58    9.8e+08    6.2e+08     0.64  0.90717 
 22   1    0.5    6.1      3     0.58    1.0e+09    7.0e+08     0.70  0.82140 
 23 N/A    0.5   14.3      7     0.38    2.3e+09    1.1e+09     0.47  0.80686 
 23   0    0.5   14.3      7     0.38    2.3e+09    1.1e+09     0.49  0.76854 
 23   1    0.5   14.3      7     0.38    2.3e+09    1.0e+09     0.44  0.85150 
 24 N/A    0.5    6.1      3     0.58    1.0e+09    6.1e+08     0.61  0.94147 
 24   0    0.5    6.1      3     0.58    1.0e+09    6.1e+08     0.61  0.94468 
 24   1    0.5    6.1      3     0.58    9.9e+08    6.1e+08     0.62  0.93813 
 25 N/A    0.5   14.3      7     0.38    2.3e+09    1.1e+09     0.46  0.82683 
 25   0    0.5   14.3      7     0.38    2.3e+09    1.1e+09     0.48  0.78663 
 25   1    0.5   14.3      7     0.38    2.3e+09    1.0e+09     0.43  0.87396 
 26 N/A    0.5   22.5     11     0.30    3.6e+09    1.5e+09     0.41  0.74060 
 26   0    0.5   22.5     11     0.30    3.6e+09    1.5e+09     0.42  0.71844 
 26   1    0.5   22.5     11     0.30    3.7e+09    1.4e+09     0.39  0.76456 
 27 N/A    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.04  0.95873 
 27   0    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.02  0.97587 
 27   1    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.06  0.94340 
 28 N/A    0.5   10.2      5     0.45    1.7e+09    9.6e+08     0.58  0.77019 
 28   0    0.5   10.2      5     0.45    1.7e+09    1.1e+09     0.66  0.68240 
 28   1    0.5   10.2      5     0.45    1.6e+09    8.1e+08     0.49  0.90648 
 29 N/A    0.5   18.4      9     0.33    3.0e+09    1.4e+09     0.47  0.70349 
 29   0    0.5   18.4      9     0.33    3.0e+09    1.4e+09     0.49  0.68393 
 29   1    0.5   18.4      9     0.33    3.0e+09    1.4e+09     0.46  0.72481 
 30 N/A    0.5   18.4      9     0.33    3.0e+09    1.4e+09     0.47  0.70349 
 30   0    0.5   18.4      9     0.33    3.0e+09    1.4e+09     0.49  0.68393 
 30   1    0.5   18.4      9     0.33    3.0e+09    1.4e+09     0.46  0.72481 

Looks better. 

We have only partial hops in some of these--that is, we don't have full 10-second
dwells.  

Here's the data:

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  0.25 -0.24  1.14  0.96  7.37  6.15  5.15  8.25  3.31  1.05 -0.34 -0.21  0.13 -0.53

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  0.21  1.56 -0.06  1.65  6.85  7.56  7.22  5.10  2.54  0.04  0.68 -0.57  0.03  1.16

As was the case on January 25, it's unusually weak relative to the images.


Target 4660_Nereus           from file /data/ast1/4660_Nereus/goldstone/proc/cw/PSD02019RCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/19  11-oc  23:09:39  23:09:05  23:19:28   0.0   2.40e-05   7.77e-04  5.5e-05  2.5
Target 4660_Nereus           from file /data/ast1/4660_Nereus/goldstone/proc/cw/PSD02019RCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/19  11-sc  23:09:39  23:09:05  23:19:28   0.0   2.95e-05   1.00e-03  7.2e-05  2.9 1.28935 1.42557 1.16599


OCxsec = 7.8E-4 ????  TILT
sc/oc  = 1.3 +/- 0.15

GONG!

Looks clear that we can't trust cross sections estimated from the Goldstone data.

_____________________________________

2005 April 11 
_____________________________________


January 19, TX LCP
==================
Solution 34, 10 runs

Block into a file.

OC data:

/usr/local/bin/rnb status:  removing background from 1 blocks of data
 S# clr  dfreq    tau  nffts    e_rms        ave       sdev    m_rms      e/m 
  0 N/A    0.5    4.1      2     0.71    6.6e+08    5.5e+08     0.83  0.85011 
  0   0    0.5    4.1      2     0.71    6.6e+08    4.6e+08     0.69  1.01830 
  0   1    0.5    4.1      2     0.71    6.6e+08    6.3e+08     0.95  0.74457 
  1 N/A    0.5   12.3      6     0.41    2.0e+09    9.9e+08     0.50  0.81519 
  1   0    0.5   12.3      6     0.41    2.0e+09    1.0e+09     0.51  0.79823 
  1   1    0.5   12.3      6     0.41    2.0e+09    9.6e+08     0.49  0.83347 
  2 N/A    0.5   20.5     10     0.32    3.3e+09    1.5e+09     0.44  0.71875 
  2   0    0.5   20.5     10     0.32    3.3e+09    1.4e+09     0.41  0.76587 
  2   1    0.5   20.5     10     0.32    3.3e+09    1.5e+09     0.47  0.67871 
  3 N/A    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.11  0.90072 
  3   0    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.03  0.96876 
  3   1    0.5    2.0      1     1.00    3.4e+08    3.9e+08     1.18  0.85001 
  4 N/A    0.5   10.2      5     0.45    1.7e+09    1.1e+09     0.63  0.70573 
  4   0    0.5   10.2      5     0.45    1.7e+09    1.2e+09     0.73  0.61380 
  4   1    0.5   10.2      5     0.45    1.7e+09    8.6e+08     0.52  0.86308 
  5 N/A    0.5   18.4      9     0.33    3.0e+09    1.5e+09     0.50  0.66660 
  5   0    0.5   18.4      9     0.33    3.0e+09    1.6e+09     0.52  0.63765 
  5   1    0.5   18.4      9     0.33    3.0e+09    1.4e+09     0.48  0.69951 
  6 N/A    0.5   20.5     10     0.32    3.3e+09    1.6e+09     0.48  0.65248 
  6   0    0.5   20.5     10     0.32    3.3e+09    1.7e+09     0.52  0.61223 
  6   1    0.5   20.5     10     0.32    3.3e+09    1.5e+09     0.45  0.70182 
  7 N/A    0.5    6.1      3     0.58    9.9e+08    6.8e+08     0.68  0.84436 
  7   0    0.5    6.1      3     0.58    1.0e+09    7.4e+08     0.73  0.78733 
  7   1    0.5    6.1      3     0.58    9.7e+08    6.1e+08     0.63  0.92286 
  8 N/A    0.5   14.3      7     0.38    2.3e+09    1.1e+09     0.50  0.76100 
  8   0    0.5   14.3      7     0.38    2.3e+09    1.2e+09     0.52  0.72885 
  8   1    0.5   14.3      7     0.38    2.3e+09    1.1e+09     0.47  0.79777 
  9 N/A    0.5   18.4      9     0.33    3.0e+09    1.4e+09     0.47  0.71460 
  9   0    0.5   18.4      9     0.33    3.0e+09    1.5e+09     0.50  0.66722 
  9   1    0.5   18.4      9     0.33    2.9e+09    1.3e+09     0.43  0.77419 
 10 N/A    0.5    6.1      3     0.58    1.0e+09    7.0e+08     0.70  0.83057 
 10   0    0.5    6.1      3     0.58    1.0e+09    7.5e+08     0.72  0.80391 
 10   1    0.5    6.1      3     0.58    9.7e+08    6.5e+08     0.67  0.86799 
 11 N/A    0.5   14.3      7     0.38    2.3e+09    1.2e+09     0.50  0.76333 
 11   0    0.5   14.3      7     0.38    2.4e+09    1.1e+09     0.48  0.78239 
 11   1    0.5   14.3      7     0.38    2.3e+09    1.2e+09     0.51  0.74509 
 12 N/A    0.5   20.5     10     0.32    3.3e+09    1.5e+09     0.44  0.71682 
 12   0    0.5   20.5     10     0.32    3.4e+09    1.5e+09     0.45  0.70570 
 12   1    0.5   20.5     10     0.32    3.3e+09    1.4e+09     0.43  0.72935 
 13 N/A    0.5    4.1      2     0.71    6.6e+08    5.6e+08     0.84  0.84637 
 13   0    0.5    4.1      2     0.71    6.7e+08    6.2e+08     0.92  0.76690 
 13   1    0.5    4.1      2     0.71    6.6e+08    4.9e+08     0.74  0.96136 
 14 N/A    0.5   12.3      6     0.41    2.0e+09    1.1e+09     0.52  0.78175 
 14   0    0.5   12.3      6     0.41    2.0e+09    1.0e+09     0.52  0.78911 
 14   1    0.5   12.3      6     0.41    2.0e+09    1.1e+09     0.53  0.77474 
 15 N/A    0.5   20.5     10     0.32    3.3e+09    1.5e+09     0.44  0.71741 
 15   0    0.5   20.5     10     0.32    3.3e+09    1.6e+09     0.47  0.66803 
 15   1    0.5   20.5     10     0.32    3.4e+09    1.4e+09     0.41  0.77831 
 16 N/A    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.08  0.92166 
 16   0    0.5    2.0      1     1.00    3.3e+08    3.8e+08     1.16  0.86547 
 16   1    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.01  0.98769 
 17 N/A    0.5   10.2      5     0.45    1.7e+09    9.1e+08     0.54  0.82104 
 17   0    0.5   10.2      5     0.45    1.6e+09    9.4e+08     0.57  0.78292 
 17   1    0.5   10.2      5     0.45    1.7e+09    8.8e+08     0.52  0.86333 
 18 N/A    0.5   18.4      9     0.33    3.0e+09    1.4e+09     0.47  0.71129 
 18   0    0.5   18.4      9     0.33    3.0e+09    1.6e+09     0.54  0.61901 
 18   1    0.5   18.4      9     0.33    3.0e+09    1.2e+09     0.39  0.86130 
 19 N/A    0.5   18.4      9     0.33    3.0e+09    1.4e+09     0.47  0.71129 
 19   0    0.5   18.4      9     0.33    3.0e+09    1.6e+09     0.54  0.61901 
 19   1    0.5   18.4      9     0.33    3.0e+09    1.2e+09     0.39  0.86130 
 20 N/A    0.5    8.2      4     0.50    1.3e+09    7.7e+08     0.58  0.86533 
 20   0    0.5    8.2      4     0.50    1.3e+09    7.6e+08     0.56  0.88593 
 20   1    0.5    8.2      4     0.50    1.3e+09    7.9e+08     0.59  0.84562 
 21 N/A    0.5   16.4      8     0.35    2.7e+09    1.2e+09     0.43  0.81520 
 21   0    0.5   16.4      8     0.35    2.7e+09    1.2e+09     0.43  0.82156 
 21   1    0.5   16.4      8     0.35    2.7e+09    1.2e+09     0.44  0.80913 
 22 N/A    0.5   18.4      9     0.33    3.0e+09    1.3e+09     0.42  0.79566 
 22   0    0.5   18.4      9     0.33    3.0e+09    1.3e+09     0.41  0.80493 
 22   1    0.5   18.4      9     0.33    3.0e+09    1.3e+09     0.42  0.78664 
 23 N/A    0.5    6.1      3     0.58    1.0e+09    6.9e+08     0.69  0.83821 
 23   0    0.5    6.1      3     0.58    1.0e+09    6.8e+08     0.67  0.86802 
 23   1    0.5    6.1      3     0.58    1.0e+09    7.1e+08     0.71  0.81023 
 24 N/A    0.5   14.3      7     0.38    2.3e+09    1.2e+09     0.49  0.76922 
 24   0    0.5   14.3      7     0.38    2.4e+09    1.2e+09     0.51  0.74570 
 24   1    0.5   14.3      7     0.38    2.3e+09    1.1e+09     0.47  0.79652 
 25 N/A    0.5   18.4      9     0.33    3.0e+09    1.4e+09     0.46  0.72664 
 25   0    0.5   18.4      9     0.33    3.0e+09    1.4e+09     0.45  0.73821 
 25   1    0.5   18.4      9     0.33    3.0e+09    1.4e+09     0.47  0.71532 
 26 N/A    0.5    6.1      3     0.58    1.0e+09    6.8e+08     0.67  0.85882 
 26   0    0.5    6.1      3     0.58    1.0e+09    6.8e+08     0.67  0.86066 
 26   1    0.5    6.1      3     0.58    1.0e+09    6.7e+08     0.67  0.85686 
 27 N/A    0.5   14.3      7     0.38    2.3e+09    1.1e+09     0.48  0.78422 
 27   0    0.5   14.3      7     0.38    2.4e+09    1.2e+09     0.52  0.72633 
 27   1    0.5   14.3      7     0.38    2.3e+09    1.0e+09     0.44  0.85978 
 28 N/A    0.5   20.5     10     0.32    3.4e+09    1.5e+09     0.44  0.72669 
 28   0    0.5   20.5     10     0.32    3.4e+09    1.5e+09     0.46  0.68699 
 28   1    0.5   20.5     10     0.32    3.3e+09    1.4e+09     0.41  0.77398 
 29 N/A    0.5    4.1      2     0.71    6.6e+08    5.2e+08     0.78  0.90456 
 29   0    0.5    4.1      2     0.71    6.6e+08    4.9e+08     0.75  0.94712 
 29   1    0.5    4.1      2     0.71    6.6e+08    5.4e+08     0.82  0.86731 
 30 N/A    0.5   12.3      6     0.41    2.0e+09    9.5e+08     0.47  0.86535 
 30   0    0.5   12.3      6     0.41    2.0e+09    9.7e+08     0.48  0.84997 
 30   1    0.5   12.3      6     0.41    2.0e+09    9.3e+08     0.46  0.88184 
 31 N/A    0.5   20.5     10     0.32    3.4e+09    1.4e+09     0.41  0.76854 
 31   0    0.5   20.5     10     0.32    3.4e+09    1.4e+09     0.43  0.74257 
 31   1    0.5   20.5     10     0.32    3.4e+09    1.3e+09     0.40  0.79742 

some of the e/m values aren't so great.  They should be nearly unity.


rnb.removeBackground()  status:  Normalizing spectrum 0 with rmsc of 0.0995037
rnb Calibration Warning:  Unknown xmit_sta found:  14.  Assuming DSS14
Using Observatory Gain Constant:  1.11452e+07
(num)     Gain Const  rtt    tsys     gain   pt        nfreq     dfreq     tau       rmsc      sdev 
(  0)    1.11452e+07  30.07  16.5   647.018    470         2  0.488281   413.696  0.0995037  2.40089e-05

jsnr1 1018
jsnr2 1031  echo fits well within these extremes.

looks = 202

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1 -0.05 -0.21  0.11  0.34  5.67  8.16  6.28  5.45  4.11  0.96  0.39  0.47  0.04 -0.34

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  0.80  0.32  0.38  2.81  5.96  6.42  5.85  7.16  5.24 -0.68  0.54  1.64  0.69  1.43

Pretty weak echo for such a strong imaging target.  


Noise histograms are screwed up: Strong excess of weak points < 1 sigma and a dearth
at > 1 sigma.


Target 4660_Nereus         from file /data/ast1/4660_Nereus/goldstone/proc/cw/PSD02019LCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/19  10-oc  23:23:37  23:23:06  23:33:26   0.0   2.40e-05   7.53e-04  5.5e-05  2.6
Target 4660_Nereus         from file /data/ast1/4660_Nereus/goldstone/proc/cw/PSD02019LCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/19  10-sc  23:23:37  23:23:06  23:33:26   0.0   2.95e-05   1.14e-03  8.0e-05  3.6 1.5121 1.67405 1.36647


OCxsec = 7.5E-4  
SC/OC  = 1.51 +/- 0.15 ?!?

Cross sections look really suspicious.

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 

January 23, TX RCP
==================
Solution 36

TX RCP.  10 runs.  

/usr/local/bin/rnb status:  removing background from 1 blocks of data
 S# clr  dfreq    tau  nffts    e_rms        ave       sdev    m_rms      e/m 
  0 N/A    0.5    2.0      1     1.00    4.0e+08    4.9e+08     1.22  0.81759 
  0   0    0.5    2.0      1     1.00    3.9e+08    4.0e+08     1.01  0.98822 
  0   1    0.5    2.0      1     1.00    4.1e+08    5.7e+08     1.39  0.72127 
  1 N/A    0.5   10.2      5     0.45    2.0e+09    1.4e+09     0.69  0.65214 
  1   0    0.5   10.2      5     0.45    2.0e+09    1.6e+09     0.80  0.55564 
  1   1    0.5   10.2      5     0.45    2.0e+09    1.0e+09     0.53  0.84469 
  2 N/A    0.5   18.4      9     0.33    3.6e+09    2.0e+09     0.56  0.59950 
  2   0    0.5   18.4      9     0.33    3.6e+09    1.9e+09     0.52  0.64367 
  2   1    0.5   18.4      9     0.33    3.6e+09    2.1e+09     0.59  0.56289 
  3 N/A    0.5   18.4      9     0.33    3.6e+09    2.0e+09     0.56  0.59950 
  3   0    0.5   18.4      9     0.33    3.6e+09    1.9e+09     0.52  0.64367 
  3   1    0.5   18.4      9     0.33    3.6e+09    2.1e+09     0.59  0.56289 
  4 N/A    0.5    2.0      1     1.00    4.1e+08    5.6e+08     1.38  0.72709 
  4   0    0.5    2.0      1     1.00    4.0e+08    4.0e+08     1.01  0.99357 
  4   1    0.5    2.0      1     1.00    4.1e+08    6.8e+08     1.64  0.60894 
  5 N/A    0.5   10.2      5     0.45    2.0e+09    1.5e+09     0.74  0.60432 
  5   0    0.5   10.2      5     0.45    2.0e+09    1.8e+09     0.88  0.51024 
  5   1    0.5   10.2      5     0.45    2.0e+09    1.1e+09     0.57  0.78849 
  6 N/A    0.5   18.4      9     0.33    3.6e+09    2.1e+09     0.58  0.57734 
  6   0    0.5   18.4      9     0.33    3.6e+09    2.0e+09     0.56  0.59967 
  6   1    0.5   18.4      9     0.33    3.7e+09    2.2e+09     0.60  0.55798 
  7 N/A    0.5   18.4      9     0.33    3.6e+09    2.1e+09     0.58  0.57734 
  7   0    0.5   18.4      9     0.33    3.6e+09    2.0e+09     0.56  0.59967 
  7   1    0.5   18.4      9     0.33    3.7e+09    2.2e+09     0.60  0.55798 
  8 N/A    0.5    2.0      1     1.00    4.0e+08    4.3e+08     1.08  0.92399 
  8   0    0.5    2.0      1     1.00    4.0e+08    4.0e+08     1.01  0.98585 
  8   1    0.5    2.0      1     1.00    4.0e+08    4.6e+08     1.15  0.87282 
  9 N/A    0.5   10.2      5     0.45    2.0e+09    1.9e+09     0.94  0.47594 
  9   0    0.5   10.2      5     0.45    2.1e+09    2.5e+09     1.22  0.36743 
  9   1    0.5   10.2      5     0.45    2.0e+09    9.3e+08     0.47  0.94983 
 10 N/A    0.5   18.4      9     0.33    3.6e+09    2.2e+09     0.61  0.54979 
 10   0    0.5   18.4      9     0.33    3.6e+09    2.7e+09     0.73  0.45679 
 10   1    0.5   18.4      9     0.33    3.6e+09    1.6e+09     0.44  0.75118 
 11 N/A    0.5   18.4      9     0.33    3.6e+09    2.2e+09     0.61  0.54979 
 11   0    0.5   18.4      9     0.33    3.6e+09    2.7e+09     0.73  0.45679 
 11   1    0.5   18.4      9     0.33    3.6e+09    1.6e+09     0.44  0.75118 
 12 N/A    0.5    8.2      4     0.50    1.6e+09    1.5e+09     0.94  0.53168 
 12   0    0.5    8.2      4     0.50    1.7e+09    2.0e+09     1.20  0.41665 
 12   1    0.5    8.2      4     0.50    1.6e+09    8.0e+08     0.51  0.98773 
 13 N/A    0.5   16.4      8     0.35    3.2e+09    1.9e+09     0.59  0.59856 
 13   0    0.5   16.4      8     0.35    3.3e+09    2.2e+09     0.67  0.52754 
 13   1    0.5   16.4      8     0.35    3.1e+09    1.5e+09     0.49  0.72155 
 14 N/A    0.5   18.4      9     0.33    3.6e+09    2.2e+09     0.60  0.55691 
 14   0    0.5   18.4      9     0.33    3.7e+09    2.6e+09     0.71  0.47256 
 14   1    0.5   18.4      9     0.33    3.5e+09    1.6e+09     0.46  0.73008 
 15 N/A    0.5    8.2      4     0.50    1.6e+09    1.1e+09     0.66  0.76017 
 15   0    0.5    8.2      4     0.50    1.6e+09    1.2e+09     0.75  0.66437 
 15   1    0.5    8.2      4     0.50    1.6e+09    8.4e+08     0.53  0.93573 
 16 N/A    0.5   16.4      8     0.35    3.2e+09    1.6e+09     0.51  0.69875 
 16   0    0.5   16.4      8     0.35    3.2e+09    1.5e+09     0.46  0.77085 
 16   1    0.5   16.4      8     0.35    3.2e+09    1.7e+09     0.55  0.64279 
 17 N/A    0.5   18.4      9     0.33    3.6e+09    1.7e+09     0.48  0.69563 
 17   0    0.5   18.4      9     0.33    3.6e+09    1.6e+09     0.45  0.73852 
 17   1    0.5   18.4      9     0.33    3.5e+09    1.8e+09     0.51  0.65835 
 18 N/A    0.5    8.2      4     0.50    1.6e+09    1.6e+09     1.01  0.49587 
 18   0    0.5    8.2      4     0.50    1.6e+09    2.1e+09     1.30  0.38380 
 18   1    0.5    8.2      4     0.50    1.6e+09    8.9e+08     0.56  0.89265 
 19 N/A    0.5   16.4      8     0.35    3.2e+09    2.2e+09     0.67  0.52561 
 19   0    0.5   16.4      8     0.35    3.2e+09    2.3e+09     0.72  0.49408 
 19   1    0.5   16.4      8     0.35    3.2e+09    2.0e+09     0.63  0.56366 
 20 N/A    0.5   18.4      9     0.33    3.6e+09    2.4e+09     0.67  0.49629 
 20   0    0.5   18.4      9     0.33    3.6e+09    2.7e+09     0.76  0.43893 
 20   1    0.5   18.4      9     0.33    3.6e+09    2.1e+09     0.57  0.58512 
 21 N/A    0.5    8.2      4     0.50    1.6e+09    1.1e+09     0.69  0.72520 
 21   0    0.5    8.2      4     0.50    1.6e+09    1.3e+09     0.82  0.60621 
 21   1    0.5    8.2      4     0.50    1.6e+09    8.0e+08     0.51  0.97975 
 22 N/A    0.5   16.4      8     0.35    3.2e+09    1.9e+09     0.60  0.59005 
 22   0    0.5   16.4      8     0.35    3.2e+09    1.6e+09     0.51  0.69256 
 22   1    0.5   16.4      8     0.35    3.2e+09    2.2e+09     0.67  0.52496 
 23 N/A    0.5   18.4      9     0.33    3.6e+09    2.0e+09     0.57  0.58887 
 23   0    0.5   18.4      9     0.33    3.6e+09    1.8e+09     0.51  0.64748 
 23   1    0.5   18.4      9     0.33    3.6e+09    2.2e+09     0.61  0.54536 
 24 N/A    0.5    8.2      4     0.50    1.6e+09    2.0e+09     1.22  0.40912 
 24   0    0.5    8.2      4     0.50    1.7e+09    2.7e+09     1.60  0.31273 
 24   1    0.5    8.2      4     0.50    1.6e+09    8.6e+08     0.55  0.91338 
 25 N/A    0.5   16.4      8     0.35    3.2e+09    2.5e+09     0.77  0.45999 
 25   0    0.5   16.4      8     0.35    3.2e+09    2.8e+09     0.88  0.40253 
 25   1    0.5   16.4      8     0.35    3.2e+09    2.0e+09     0.64  0.55422 
 26 N/A    0.5   20.5     10     0.32    4.0e+09    3.0e+09     0.74  0.42940 
 26   0    0.5   20.5     10     0.32    4.1e+09    3.6e+09     0.88  0.35836 
 26   1    0.5   20.5     10     0.32    4.0e+09    2.2e+09     0.54  0.58332 
 27 N/A    0.5    8.2      4     0.50    1.6e+09    1.4e+09     0.89  0.56258 
 27   0    0.5    8.2      4     0.50    1.6e+09    1.8e+09     1.10  0.45373 
 27   1    0.5    8.2      4     0.50    1.5e+09    8.6e+08     0.56  0.89425 
 28 N/A    0.5   16.4      8     0.35    3.1e+09    1.8e+09     0.58  0.61126 
 28   0    0.5   16.4      8     0.35    3.2e+09    2.0e+09     0.64  0.54991 
 28   1    0.5   16.4      8     0.35    3.1e+09    1.6e+09     0.50  0.70425 
 29 N/A    0.5   20.5     10     0.32    3.9e+09    2.3e+09     0.58  0.54340 
 29   0    0.5   20.5     10     0.32    4.0e+09    2.7e+09     0.69  0.45583 
 29   1    0.5   20.5     10     0.32    3.8e+09    1.7e+09     0.43  0.72968 
 30 N/A    0.5    8.2      4     0.50    1.6e+09    1.2e+09     0.79  0.63128 
 30   0    0.5    8.2      4     0.50    1.6e+09    1.6e+09     0.97  0.51504 
 30   1    0.5    8.2      4     0.50    1.5e+09    8.0e+08     0.52  0.95653 
 31 N/A    0.5   16.4      8     0.35    3.2e+09    1.7e+09     0.53  0.66379 
 31   0    0.5   16.4      8     0.35    3.2e+09    1.8e+09     0.56  0.63243 
 31   1    0.5   16.4      8     0.35    3.1e+09    1.6e+09     0.50  0.70121 
 32 N/A    0.5   20.5     10     0.32    3.9e+09    1.9e+09     0.49  0.64125 
 32   0    0.5   20.5     10     0.32    3.9e+09    2.1e+09     0.54  0.58446 
 32   1    0.5   20.5     10     0.32    3.9e+09    1.7e+09     0.44  0.72100 

e/m values are crummy: many aren't even close to one.

rnb.removeBackground()  status:  Normalizing spectrum 0 with rmsc of 0.0949158
rnb Calibration Warning:  Unknown xmit_sta found:  14.  Assuming DSS14
Using Observatory Gain Constant:  1.11452e+07
(num)     Gain Const  rtt    tsys     gain   pt        nfreq     dfreq     tau       rmsc      sdev 
(  0)    1.11452e+07  29.17  20.3   647.189    470         2  0.488281   454.656  0.0949158  2.49508e-05

222 ffts.

jsnr1 = 1018
jsnr2 = 1031

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  1.46  1.10  2.14  3.53  8.96  6.25  7.93  6.41  6.42  3.00  0.35  0.54 -0.46 -0.90

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  0.14  1.28  1.36  1.46  7.13  3.72  5.64  6.55  6.30  0.58  0.91  1.12  0.24  0.23


Inspection shows that SC/OC is high and but somewhat less than one.  

Noise histograms look the same as on previous days.  WHY?  Perhaps we could do a raw 
reduction and overcome this?  That seems warranted...but it would be a pain.  Do it 
with one block of data and see what happens.  We've seen this type of noise distribution
before from Goldstone data...  I'd want to do a raw reduction before I'd trust the sc/oc
ratio for this object.

Anyway, here's a t87 listing:

Target 4660_Nereus         from file /data/ast1/4660_Nereus/goldstone/proc/cw/PSD02023RCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/23  10-oc  15:05:37  15:05:05  15:15:12   0.0   2.03e-05   9.48e-04  5.5e-05  3.6
Target 4660_Nereus         from file /data/ast1/4660_Nereus/goldstone/proc/cw/PSD02023RCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/23  10-sc  15:05:37  15:05:05  15:15:12   0.0   2.50e-05   9.15e-04  6.7e-05  3.5 0.964804 1.05841 0.877753

OCxsec = 9.5E-4 km^2
SC/OC  = 0.96 +/- 0.09

- - - - - - - - - - - - - - - - - - - - - - - - - - - -  

January 23, TX LCP
==================

Solution 36, 10 runs.

SC data:

/usr/local/bin/rnb status:  removing background from 1 blocks of data
 S# clr  dfreq    tau  nffts    e_rms        ave       sdev    m_rms      e/m 
  0 N/A    0.5    6.1      3     0.58    1.2e+09    1.2e+09     0.99  0.58146 
  0   0    0.5    6.1      3     0.58    1.2e+09    1.5e+09     1.23  0.46863 
  0   1    0.5    6.1      3     0.58    1.1e+09    7.3e+08     0.64  0.90524 
  1 N/A    0.5   14.3      7     0.38    2.7e+09    1.7e+09     0.64  0.59348 
  1   0    0.5   14.3      7     0.38    2.7e+09    1.7e+09     0.63  0.60383 
  1   1    0.5   14.3      7     0.38    2.7e+09    1.8e+09     0.65  0.58363 
  2 N/A    0.5   18.4      9     0.33    3.5e+09    2.2e+09     0.62  0.53482 
  2   0    0.5   18.4      9     0.33    3.5e+09    2.4e+09     0.69  0.48205 
  2   1    0.5   18.4      9     0.33    3.5e+09    1.9e+09     0.55  0.61096 
  3 N/A    0.5    8.2      4     0.50    1.6e+09    1.2e+09     0.80  0.62834 
  3   0    0.5    8.2      4     0.50    1.6e+09    1.5e+09     0.97  0.51576 
  3   1    0.5    8.2      4     0.50    1.5e+09    8.3e+08     0.54  0.92077 
  4 N/A    0.5   16.4      8     0.35    3.1e+09    1.8e+09     0.60  0.59357 
  4   0    0.5   16.4      8     0.35    3.1e+09    1.7e+09     0.55  0.64428 
  4   1    0.5   16.4      8     0.35    3.1e+09    2.0e+09     0.64  0.55207 
  5 N/A    0.5    0.0      0      Inf    3.9e+09    2.4e+09     0.63      Inf 
  5   0    0.5    0.0      0      Inf    3.9e+09    2.8e+09     0.71      Inf 
  5   1    0.5    0.0      0      Inf    3.9e+09    2.1e+09     0.54      Inf 
  6 N/A    0.5    8.2      4     0.50    1.6e+09    1.2e+09     0.75  0.66327 
  6   0    0.5    8.2      4     0.50    1.6e+09    1.5e+09     0.91  0.54786 
  6   1    0.5    8.2      4     0.50    1.5e+09    8.1e+08     0.53  0.94264 
  7 N/A    0.5   16.4      8     0.35    3.1e+09    1.9e+09     0.60  0.58485 
  7   0    0.5   16.4      8     0.35    3.1e+09    1.7e+09     0.54  0.64950 
  7   1    0.5   16.4      8     0.35    3.1e+09    2.1e+09     0.66  0.53530 
  8 N/A    0.5   20.5     10     0.32    3.9e+09    2.3e+09     0.59  0.53164 
  8   0    0.5   20.5     10     0.32    3.9e+09    2.5e+09     0.64  0.49623 
  8   1    0.5   20.5     10     0.32    3.9e+09    2.1e+09     0.55  0.57770 
  9 N/A    0.5    8.2      4     0.50    1.6e+09    1.2e+09     0.77  0.65135 
  9   0    0.5    8.2      4     0.50    1.6e+09    1.5e+09     0.94  0.53311 
  9   1    0.5    8.2      4     0.50    1.5e+09    8.2e+08     0.53  0.93502 
 10 N/A    0.5   16.4      8     0.35    3.1e+09    1.9e+09     0.60  0.58971 
 10   0    0.5   16.4      8     0.35    3.1e+09    1.7e+09     0.54  0.65770 
 10   1    0.5   16.4      8     0.35    3.1e+09    2.0e+09     0.66  0.53950 
 11 N/A    0.5   20.5     10     0.32    3.9e+09    2.3e+09     0.58  0.54413 
 11   0    0.5   20.5     10     0.32    3.9e+09    2.4e+09     0.61  0.52254 
 11   1    0.5   20.5     10     0.32    3.9e+09    2.2e+09     0.56  0.56876 
 12 N/A    0.5    8.2      4     0.50    1.6e+09    1.8e+09     1.15  0.43535 
 12   0    0.5    8.2      4     0.50    1.6e+09    2.4e+09     1.48  0.33740 
 12   1    0.5    8.2      4     0.50    1.5e+09    8.0e+08     0.53  0.94468 
 13 N/A    0.5   16.4      8     0.35    3.1e+09    2.3e+09     0.74  0.47995 
 13   0    0.5   16.4      8     0.35    3.2e+09    2.6e+09     0.82  0.42876 
 13   1    0.5   16.4      8     0.35    3.1e+09    2.0e+09     0.63  0.55895 
 14 N/A    0.5   20.5     10     0.32    3.9e+09    2.6e+09     0.67  0.47090 
 14   0    0.5   20.5     10     0.32    3.9e+09    3.1e+09     0.78  0.40553 
 14   1    0.5   20.5     10     0.32    3.9e+09    2.1e+09     0.54  0.59046 
 15 N/A    0.5    6.1      3     0.58    1.2e+09    9.7e+08     0.83  0.69474 
 15   0    0.5    6.1      3     0.58    1.2e+09    1.2e+09     1.01  0.57376 
 15   1    0.5    6.1      3     0.58    1.1e+09    6.6e+08     0.58  0.99331 
 16 N/A    0.5   14.3      7     0.38    2.7e+09    2.1e+09     0.77  0.49134 
 16   0    0.5   14.3      7     0.38    2.7e+09    1.5e+09     0.55  0.68925 
 16   1    0.5   14.3      7     0.38    2.7e+09    2.6e+09     0.94  0.40319 
 17 N/A    0.5   20.5     10     0.32    3.9e+09    2.8e+09     0.71  0.44334 
 17   0    0.5   20.5     10     0.32    3.9e+09    2.9e+09     0.74  0.42967 
 17   1    0.5   20.5     10     0.32    3.9e+09    2.7e+09     0.69  0.45853 
 18 N/A    0.5    6.1      3     0.58    1.2e+09    1.1e+09     0.94  0.61681 
 18   0    0.5    6.1      3     0.58    1.2e+09    1.4e+09     1.15  0.50353 
 18   1    0.5    6.1      3     0.58    1.1e+09    7.1e+08     0.62  0.92729 
 19 N/A    0.5   14.3      7     0.38    2.7e+09    1.6e+09     0.61  0.62212 
 19   0    0.5   14.3      7     0.38    2.7e+09    1.6e+09     0.60  0.62685 
 19   1    0.5   14.3      7     0.38    2.7e+09    1.7e+09     0.61  0.61746 
 20 N/A    0.5   20.5     10     0.32    3.9e+09    2.4e+09     0.61  0.51537 
 20   0    0.5   20.5     10     0.32    3.9e+09    2.8e+09     0.71  0.44375 
 20   1    0.5   20.5     10     0.32    3.9e+09    1.9e+09     0.49  0.64252 
 21 N/A    0.5    6.1      3     0.58    1.2e+09    1.3e+09     1.13  0.51246 
 21   0    0.5    6.1      3     0.58    1.2e+09    1.8e+09     1.42  0.40559 
 21   1    0.5    6.1      3     0.58    1.1e+09    7.2e+08     0.63  0.91899 
 22 N/A    0.5   14.3      7     0.38    2.7e+09    1.8e+09     0.66  0.56851 
 22   0    0.5   14.3      7     0.38    2.8e+09    1.9e+09     0.71  0.53373 
 22   1    0.5   14.3      7     0.38    2.7e+09    1.7e+09     0.62  0.61313 
 23 N/A    0.5   20.5     10     0.32    3.9e+09    2.4e+09     0.61  0.51663 
 23   0    0.5   20.5     10     0.32    3.9e+09    2.8e+09     0.71  0.44236 
 23   1    0.5   20.5     10     0.32    3.8e+09    1.8e+09     0.48  0.65618 
 24 N/A    0.5    6.1      3     0.58    1.2e+09    1.4e+09     1.15  0.50297 
 24   0    0.5    6.1      3     0.58    1.2e+09    1.8e+09     1.49  0.38839 
 24   1    0.5    6.1      3     0.58    1.2e+09    6.9e+08     0.59  0.97273 
 25 N/A    0.5   14.3      7     0.38    2.7e+09    2.1e+09     0.76  0.50015 
 25   0    0.5   14.3      7     0.38    2.7e+09    2.0e+09     0.74  0.51325 
 25   1    0.5   14.3      7     0.38    2.7e+09    2.1e+09     0.77  0.48809 
 26 N/A    0.5   20.5     10     0.32    3.9e+09    2.5e+09     0.66  0.48234 
 26   0    0.5   20.5     10     0.32    3.9e+09    2.8e+09     0.72  0.43883 
 26   1    0.5   20.5     10     0.32    3.9e+09    2.2e+09     0.58  0.54254 
 27 N/A    0.5    4.1      2     0.71    7.8e+08    8.2e+08     1.05  0.67397 
 27   0    0.5    4.1      2     0.71    7.9e+08    1.0e+09     1.28  0.55395 
 27   1    0.5    4.1      2     0.71    7.7e+08    5.8e+08     0.75  0.94873 
 28 N/A    0.5   12.3      6     0.41    2.3e+09    1.9e+09     0.80  0.51072 
 28   0    0.5   12.3      6     0.41    2.3e+09    1.3e+09     0.56  0.73329 
 28   1    0.5   12.3      6     0.41    2.4e+09    2.3e+09     0.97  0.42163 
 29 N/A    0.5   20.5     10     0.32    3.9e+09    2.4e+09     0.62  0.50925 
 29   0    0.5   20.5     10     0.32    3.8e+09    2.3e+09     0.60  0.52996 
 29   1    0.5   20.5     10     0.32    3.9e+09    2.5e+09     0.64  0.49114 

Hop #5 (zero-based counting) is bad, so convert into raw files, delete the hop,
and then resume the reduction.

It turns out that tau = 0.0 for that hop (integration time = 0.0).


/usr/local/bin/rnb status:  removing background from 1 blocks of data
 S# clr  dfreq    tau  nffts    e_rms        ave       sdev    m_rms      e/m 
  0 N/A    0.5    6.1      3     0.58    1.2e+09    1.2e+09     0.99  0.58146 
  0   0    0.5    6.1      3     0.58    1.2e+09    1.5e+09     1.23  0.46863 
  0   1    0.5    6.1      3     0.58    1.1e+09    7.3e+08     0.64  0.90524 
  1 N/A    0.5   14.3      7     0.38    2.7e+09    1.7e+09     0.64  0.59348 
  1   0    0.5   14.3      7     0.38    2.7e+09    1.7e+09     0.63  0.60383 
  1   1    0.5   14.3      7     0.38    2.7e+09    1.8e+09     0.65  0.58363 
  2 N/A    0.5   18.4      9     0.33    3.5e+09    2.2e+09     0.62  0.53482 
  2   0    0.5   18.4      9     0.33    3.5e+09    2.4e+09     0.69  0.48205 
  2   1    0.5   18.4      9     0.33    3.5e+09    1.9e+09     0.55  0.61096 
  3 N/A    0.5    8.2      4     0.50    1.6e+09    1.2e+09     0.80  0.62834 
  3   0    0.5    8.2      4     0.50    1.6e+09    1.5e+09     0.97  0.51576 
  3   1    0.5    8.2      4     0.50    1.5e+09    8.3e+08     0.54  0.92077 
  4 N/A    0.5   16.4      8     0.35    3.1e+09    1.8e+09     0.60  0.59357 
  4   0    0.5   16.4      8     0.35    3.1e+09    1.7e+09     0.55  0.64428 
  4   1    0.5   16.4      8     0.35    3.1e+09    2.0e+09     0.64  0.55207 
  5 N/A    0.5    8.2      4     0.50    1.6e+09    1.2e+09     0.75  0.66327 
  5   0    0.5    8.2      4     0.50    1.6e+09    1.5e+09     0.91  0.54786 
  5   1    0.5    8.2      4     0.50    1.5e+09    8.1e+08     0.53  0.94264 
  6 N/A    0.5   16.4      8     0.35    3.1e+09    1.9e+09     0.60  0.58485 
  6   0    0.5   16.4      8     0.35    3.1e+09    1.7e+09     0.54  0.64950 
  6   1    0.5   16.4      8     0.35    3.1e+09    2.1e+09     0.66  0.53530 
  7 N/A    0.5   20.5     10     0.32    3.9e+09    2.3e+09     0.59  0.53164 
  7   0    0.5   20.5     10     0.32    3.9e+09    2.5e+09     0.64  0.49623 
  7   1    0.5   20.5     10     0.32    3.9e+09    2.1e+09     0.55  0.57770 
  8 N/A    0.5    8.2      4     0.50    1.6e+09    1.2e+09     0.77  0.65135 
  8   0    0.5    8.2      4     0.50    1.6e+09    1.5e+09     0.94  0.53311 
  8   1    0.5    8.2      4     0.50    1.5e+09    8.2e+08     0.53  0.93502 
  9 N/A    0.5   16.4      8     0.35    3.1e+09    1.9e+09     0.60  0.58971 
  9   0    0.5   16.4      8     0.35    3.1e+09    1.7e+09     0.54  0.65770 
  9   1    0.5   16.4      8     0.35    3.1e+09    2.0e+09     0.66  0.53950 
 10 N/A    0.5   20.5     10     0.32    3.9e+09    2.3e+09     0.58  0.54413 
 10   0    0.5   20.5     10     0.32    3.9e+09    2.4e+09     0.61  0.52254 
 10   1    0.5   20.5     10     0.32    3.9e+09    2.2e+09     0.56  0.56876 
 11 N/A    0.5    8.2      4     0.50    1.6e+09    1.8e+09     1.15  0.43535 
 11   0    0.5    8.2      4     0.50    1.6e+09    2.4e+09     1.48  0.33740 
 11   1    0.5    8.2      4     0.50    1.5e+09    8.0e+08     0.53  0.94468 
 12 N/A    0.5   16.4      8     0.35    3.1e+09    2.3e+09     0.74  0.47995 
 12   0    0.5   16.4      8     0.35    3.2e+09    2.6e+09     0.82  0.42876 
 12   1    0.5   16.4      8     0.35    3.1e+09    2.0e+09     0.63  0.55895 
 13 N/A    0.5   20.5     10     0.32    3.9e+09    2.6e+09     0.67  0.47090 
 13   0    0.5   20.5     10     0.32    3.9e+09    3.1e+09     0.78  0.40553 
 13   1    0.5   20.5     10     0.32    3.9e+09    2.1e+09     0.54  0.59046 
 14 N/A    0.5    6.1      3     0.58    1.2e+09    9.7e+08     0.83  0.69474 
 14   0    0.5    6.1      3     0.58    1.2e+09    1.2e+09     1.01  0.57376 
 14   1    0.5    6.1      3     0.58    1.1e+09    6.6e+08     0.58  0.99331 
 15 N/A    0.5   14.3      7     0.38    2.7e+09    2.1e+09     0.77  0.49134 
 15   0    0.5   14.3      7     0.38    2.7e+09    1.5e+09     0.55  0.68925 
 15   1    0.5   14.3      7     0.38    2.7e+09    2.6e+09     0.94  0.40319 
 16 N/A    0.5   20.5     10     0.32    3.9e+09    2.8e+09     0.71  0.44334 
 16   0    0.5   20.5     10     0.32    3.9e+09    2.9e+09     0.74  0.42967 
 16   1    0.5   20.5     10     0.32    3.9e+09    2.7e+09     0.69  0.45853 
 17 N/A    0.5    6.1      3     0.58    1.2e+09    1.1e+09     0.94  0.61681 
 17   0    0.5    6.1      3     0.58    1.2e+09    1.4e+09     1.15  0.50353 
 17   1    0.5    6.1      3     0.58    1.1e+09    7.1e+08     0.62  0.92729 
 18 N/A    0.5   14.3      7     0.38    2.7e+09    1.6e+09     0.61  0.62212 
 18   0    0.5   14.3      7     0.38    2.7e+09    1.6e+09     0.60  0.62685 
 18   1    0.5   14.3      7     0.38    2.7e+09    1.7e+09     0.61  0.61746 
 19 N/A    0.5   20.5     10     0.32    3.9e+09    2.4e+09     0.61  0.51537 
 19   0    0.5   20.5     10     0.32    3.9e+09    2.8e+09     0.71  0.44375 
 19   1    0.5   20.5     10     0.32    3.9e+09    1.9e+09     0.49  0.64252 
 20 N/A    0.5    6.1      3     0.58    1.2e+09    1.3e+09     1.13  0.51246 
 20   0    0.5    6.1      3     0.58    1.2e+09    1.8e+09     1.42  0.40559 
 20   1    0.5    6.1      3     0.58    1.1e+09    7.2e+08     0.63  0.91899 
 21 N/A    0.5   14.3      7     0.38    2.7e+09    1.8e+09     0.66  0.56851 
 21   0    0.5   14.3      7     0.38    2.8e+09    1.9e+09     0.71  0.53373 
 21   1    0.5   14.3      7     0.38    2.7e+09    1.7e+09     0.62  0.61313 
 22 N/A    0.5   20.5     10     0.32    3.9e+09    2.4e+09     0.61  0.51663 
 22   0    0.5   20.5     10     0.32    3.9e+09    2.8e+09     0.71  0.44236 
 22   1    0.5   20.5     10     0.32    3.8e+09    1.8e+09     0.48  0.65618 
 23 N/A    0.5    6.1      3     0.58    1.2e+09    1.4e+09     1.15  0.50297 
 23   0    0.5    6.1      3     0.58    1.2e+09    1.8e+09     1.49  0.38839 
 23   1    0.5    6.1      3     0.58    1.2e+09    6.9e+08     0.59  0.97273 
 24 N/A    0.5   14.3      7     0.38    2.7e+09    2.1e+09     0.76  0.50015 
 24   0    0.5   14.3      7     0.38    2.7e+09    2.0e+09     0.74  0.51325 
 24   1    0.5   14.3      7     0.38    2.7e+09    2.1e+09     0.77  0.48809 
 25 N/A    0.5   20.5     10     0.32    3.9e+09    2.5e+09     0.66  0.48234 
 25   0    0.5   20.5     10     0.32    3.9e+09    2.8e+09     0.72  0.43883 
 25   1    0.5   20.5     10     0.32    3.9e+09    2.2e+09     0.58  0.54254 
 26 N/A    0.5    4.1      2     0.71    7.8e+08    8.2e+08     1.05  0.67397 
 26   0    0.5    4.1      2     0.71    7.9e+08    1.0e+09     1.28  0.55395 
 26   1    0.5    4.1      2     0.71    7.7e+08    5.8e+08     0.75  0.94873 
 27 N/A    0.5   12.3      6     0.41    2.3e+09    1.9e+09     0.80  0.51072 
 27   0    0.5   12.3      6     0.41    2.3e+09    1.3e+09     0.56  0.73329 
 27   1    0.5   12.3      6     0.41    2.4e+09    2.3e+09     0.97  0.42163 
 28 N/A    0.5   20.5     10     0.32    3.9e+09    2.4e+09     0.62  0.50925 
 28   0    0.5   20.5     10     0.32    3.8e+09    2.3e+09     0.60  0.52996 
 28   1    0.5   20.5     10     0.32    3.9e+09    2.5e+09     0.64  0.49114 

Looks better, but e/m values are still crummy.

rnb.removeBackground()  status:  Normalizing spectrum 0 with rmsc of 0.101274
rnb Calibration Warning:  Unknown xmit_sta found:  14.  Assuming DSS14
Using Observatory Gain Constant:  1.11452e+07
(num)     Gain Const  rtt    tsys     gain   pt        nfreq     dfreq     tau       rmsc      sdev 
(  0)    1.11452e+07  29.17  20.3   652.877    470         2  0.488281    399.36  0.101274  2.63971e-05


195 ffts.


rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1 -0.35 -0.21  0.84  1.61  4.79  6.81  6.04  7.32  3.90  0.99  0.49 -0.72 -0.05  0.46

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  0.22 -0.10  1.10  1.94  4.14  4.80  6.95  6.10  3.76  1.38  1.09  0.30  0.55 -0.25


Target 4660_Nereus           from file /data/ast1/4660_Nereus/goldstone/proc/cw/PSD02023LCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/23  10-oc  15:16:47  15:16:05  15:26:15   0.0   2.15e-05   6.85e-04  5.1e-05  2.8
Target 4660_Nereus           from file /data/ast1/4660_Nereus/goldstone/proc/cw/PSD02023LCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/23  10-sc  15:16:47  15:16:05  15:26:15   0.0   2.64e-05   8.44e-04  6.9e-05  3.4 1.23364 1.37788 1.1032


OCxsec = 6.9 E-4 km^2
SC/OC  = 1.23 +/- 0.15

So on the same day, transmitting one polarization and then the other we get sc/oc 
values of 1.23 and 0.96, a difference of about 0.27...yikes.  Crummy calibration!

The OCxsecs differed a lot too: 6.9 E-4 versus 9.5 E-4 km^2.  I'm inclined not to trust
any of this, but I would feel comfortable claiming that Goldstone data suggest sc/oc 
is close to unity.

_____________________________________

2005 April 12 
_____________________________________

January 29, TX RCP
==================

solution 38, 10 runs.

/usr/local/bin/rnb status:  removing background from 1 blocks of data
 S# clr  dfreq    tau  nffts    e_rms        ave       sdev    m_rms      e/m 
  0 N/A    0.5   12.3      6     0.41    2.1e+09    1.0e+09     0.48  0.84512 
  0   0    0.5   12.3      6     0.41    2.1e+09    1.1e+09     0.52  0.78251 
  0   1    0.5   12.3      6     0.41    2.1e+09    9.2e+08     0.44  0.92929 
  1 N/A    0.5   24.6     12     0.29    4.2e+09    1.5e+09     0.36  0.81098 
  1   0    0.5   24.6     12     0.29    4.3e+09    1.5e+09     0.36  0.80247 
  1   1    0.5   24.6     12     0.29    4.2e+09    1.5e+09     0.35  0.82048 
  2 N/A    0.5    4.1      2     0.71    7.2e+08    5.3e+08     0.74  0.95515 
  2   0    0.5    4.1      2     0.71    7.2e+08    5.4e+08     0.75  0.94366 
  2   1    0.5    4.1      2     0.71    7.1e+08    5.2e+08     0.73  0.96749 
  3 N/A    0.5   12.3      6     0.41    2.1e+09    1.0e+09     0.46  0.87858 
  3   0    0.5   12.3      6     0.41    2.1e+09    9.5e+08     0.45  0.91457 
  3   1    0.5   12.3      6     0.41    2.2e+09    1.0e+09     0.48  0.84730 
  4 N/A    0.5   24.6     12     0.29    4.3e+09    1.6e+09     0.36  0.79718 
  4   0    0.5   24.6     12     0.29    4.3e+09    1.5e+09     0.35  0.81630 
  4   1    0.5   24.6     12     0.29    4.3e+09    1.6e+09     0.37  0.77897 
  5 N/A    0.5    4.1      2     0.71    7.2e+08    5.2e+08     0.72  0.97761 
  5   0    0.5    4.1      2     0.71    7.2e+08    5.2e+08     0.72  0.97738 
  5   1    0.5    4.1      2     0.71    7.1e+08    5.1e+08     0.72  0.97783 
  6 N/A    0.5    8.2      4     0.50    1.4e+09    7.6e+08     0.54  0.93258 
  6   0    0.5    8.2      4     0.50    1.5e+09    7.9e+08     0.54  0.92189 
  6   1    0.5    8.2      4     0.50    1.4e+09    7.3e+08     0.53  0.94658 
  7 N/A    0.5   20.5     10     0.32    3.5e+09    1.3e+09     0.37  0.85238 
  7   0    0.5   20.5     10     0.32    3.6e+09    1.2e+09     0.35  0.91298 
  7   1    0.5   20.5     10     0.32    3.5e+09    1.4e+09     0.39  0.80100 
  8 N/A    0.5    8.2      4     0.50    1.4e+09    7.6e+08     0.53  0.93904 
  8   0    0.5    8.2      4     0.50    1.4e+09    7.5e+08     0.53  0.95234 
  8   1    0.5    8.2      4     0.50    1.4e+09    7.6e+08     0.54  0.92593 
  9 N/A    0.5    6.1      3     0.58    1.1e+09    6.7e+08     0.63  0.91875 
  9   0    0.5    6.1      3     0.58    1.1e+09    6.4e+08     0.60  0.96866 
  9   1    0.5    6.1      3     0.58    1.1e+09    7.1e+08     0.66  0.87617 
 10 N/A    0.5   18.4      9     0.33    3.2e+09    1.2e+09     0.39  0.84489 
 10   0    0.5   18.4      9     0.33    3.2e+09    1.3e+09     0.40  0.83038 
 10   1    0.5   18.4      9     0.33    3.2e+09    1.2e+09     0.39  0.86025 
 11 N/A    0.5   28.7     14     0.27    4.9e+09    1.6e+09     0.33  0.79886 
 11   0    0.5   28.7     14     0.27    4.9e+09    1.7e+09     0.34  0.79434 
 11   1    0.5   28.7     14     0.27    4.9e+09    1.6e+09     0.33  0.80330 
 12 N/A    0.5    4.1      2     0.71    7.2e+08    5.2e+08     0.73  0.96982 
 12   0    0.5    4.1      2     0.71    7.3e+08    5.4e+08     0.74  0.95837 
 12   1    0.5    4.1      2     0.71    7.1e+08    5.1e+08     0.72  0.98275 
 13 N/A    0.5   16.4      8     0.35    2.8e+09    1.1e+09     0.40  0.87545 
 13   0    0.5   16.4      8     0.35    2.9e+09    1.2e+09     0.40  0.87704 
 13   1    0.5   16.4      8     0.35    2.8e+09    1.1e+09     0.40  0.87384 
 14 N/A    0.5   28.7     14     0.27    5.0e+09    1.6e+09     0.32  0.82509 
 14   0    0.5   28.7     14     0.27    5.0e+09    1.6e+09     0.32  0.82493 
 14   1    0.5   28.7     14     0.27    5.0e+09    1.6e+09     0.32  0.82513 
 15 N/A    0.5    2.0      1     1.00    3.5e+08    3.6e+08     1.02  0.98518 
 15   0    0.5    2.0      1     1.00    3.5e+08    3.5e+08     0.99  1.00868 
 15   1    0.5    2.0      1     1.00    3.6e+08    3.7e+08     1.04  0.96413 
 16 N/A    0.5   16.4      8     0.35    2.8e+09    1.2e+09     0.44  0.80854 
 16   0    0.5   16.4      8     0.35    2.8e+09    1.2e+09     0.43  0.81762 
 16   1    0.5   16.4      8     0.35    2.9e+09    1.3e+09     0.44  0.79990 
 17 N/A    0.5   28.7     14     0.27    4.9e+09    1.7e+09     0.35  0.76254 
 17   0    0.5   28.7     14     0.27    4.9e+09    1.8e+09     0.35  0.75313 
 17   1    0.5   28.7     14     0.27    4.9e+09    1.7e+09     0.35  0.77215 
 18 N/A    0.5   14.3      7     0.38    2.4e+09    1.1e+09     0.45  0.84567 
 18   0    0.5   14.3      7     0.38    2.4e+09    1.0e+09     0.41  0.91544 
 18   1    0.5   14.3      7     0.38    2.4e+09    1.2e+09     0.48  0.78929 
 19 N/A    0.5    0.0      0      Inf    4.6e+09    1.7e+09     0.36      Inf 
 19   0    0.5    0.0      0      Inf    4.6e+09    1.6e+09     0.34      Inf 
 19   1    0.5    0.0      0      Inf    4.6e+09    1.8e+09     0.39      Inf 
 20 N/A    0.5   14.3      7     0.38    2.5e+09    1.1e+09     0.46  0.81527 
 20   0    0.5   14.3      7     0.38    2.5e+09    1.2e+09     0.47  0.80411 
 20   1    0.5   14.3      7     0.38    2.4e+09    1.1e+09     0.46  0.82707 
 21 N/A    0.5   26.6     13     0.28    4.6e+09    1.7e+09     0.37  0.75958 
 21   0    0.5   26.6     13     0.28    4.6e+09    1.7e+09     0.36  0.76009 
 21   1    0.5   26.6     13     0.28    4.6e+09    1.7e+09     0.37  0.75909 
 22 N/A    0.5    2.0      1     1.00    3.7e+08    3.7e+08     1.01  0.99395 
 22   0    0.5    2.0      1     1.00    3.7e+08    3.8e+08     1.03  0.97459 
 22   1    0.5    2.0      1     1.00    3.7e+08    3.7e+08     0.99  1.01387 
 23 N/A    0.5   12.3      6     0.41    2.1e+09    9.9e+08     0.46  0.87954 
 23   0    0.5   12.3      6     0.41    2.1e+09    9.3e+08     0.44  0.92998 
 23   1    0.5   12.3      6     0.41    2.2e+09    1.1e+09     0.49  0.83802 
 24 N/A    0.5   24.6     12     0.29    4.3e+09    1.6e+09     0.38  0.76406 
 24   0    0.5   24.6     12     0.29    4.3e+09    1.6e+09     0.38  0.76012 
 24   1    0.5   24.6     12     0.29    4.3e+09    1.6e+09     0.38  0.76786 
 25 N/A    0.5    4.1      2     0.71    7.0e+08    5.3e+08     0.76  0.93565 
 25   0    0.5    4.1      2     0.71    7.1e+08    5.3e+08     0.76  0.93492 
 25   1    0.5    4.1      2     0.71    6.9e+08    5.2e+08     0.75  0.93665 
 26 N/A    0.5   10.2      5     0.45    1.8e+09    9.3e+08     0.53  0.85009 
 26   0    0.5   10.2      5     0.45    1.8e+09    8.5e+08     0.48  0.93149 
 26   1    0.5   10.2      5     0.45    1.8e+09    1.0e+09     0.57  0.78734 
 27 N/A    0.5   22.5     11     0.30    3.9e+09    1.5e+09     0.38  0.80387 
 27   0    0.5   22.5     11     0.30    3.9e+09    1.3e+09     0.35  0.87106 
 27   1    0.5   22.5     11     0.30    3.9e+09    1.6e+09     0.40  0.75117 
 28 N/A    0.5    6.1      3     0.58    1.1e+09    6.6e+08     0.63  0.92229 
 28   0    0.5    6.1      3     0.58    1.1e+09    6.9e+08     0.65  0.88752 
 28   1    0.5    6.1      3     0.58    1.1e+09    6.3e+08     0.60  0.96106 

hop #19 has tau = 0.0 seconds, so delete it and continue.


/usr/local/bin/rnb status:  removing background from 1 blocks of data
 S# clr  dfreq    tau  nffts    e_rms        ave       sdev    m_rms      e/m 
  0 N/A    0.5   12.3      6     0.41    2.1e+09    1.0e+09     0.48  0.84512 
  0   0    0.5   12.3      6     0.41    2.1e+09    1.1e+09     0.52  0.78251 
  0   1    0.5   12.3      6     0.41    2.1e+09    9.2e+08     0.44  0.92929 
  1 N/A    0.5   24.6     12     0.29    4.2e+09    1.5e+09     0.36  0.81098 
  1   0    0.5   24.6     12     0.29    4.3e+09    1.5e+09     0.36  0.80247 
  1   1    0.5   24.6     12     0.29    4.2e+09    1.5e+09     0.35  0.82048 
  2 N/A    0.5    4.1      2     0.71    7.2e+08    5.3e+08     0.74  0.95515 
  2   0    0.5    4.1      2     0.71    7.2e+08    5.4e+08     0.75  0.94366 
  2   1    0.5    4.1      2     0.71    7.1e+08    5.2e+08     0.73  0.96749 
  3 N/A    0.5   12.3      6     0.41    2.1e+09    1.0e+09     0.46  0.87858 
  3   0    0.5   12.3      6     0.41    2.1e+09    9.5e+08     0.45  0.91457 
  3   1    0.5   12.3      6     0.41    2.2e+09    1.0e+09     0.48  0.84730 
  4 N/A    0.5   24.6     12     0.29    4.3e+09    1.6e+09     0.36  0.79718 
  4   0    0.5   24.6     12     0.29    4.3e+09    1.5e+09     0.35  0.81630 
  4   1    0.5   24.6     12     0.29    4.3e+09    1.6e+09     0.37  0.77897 
  5 N/A    0.5    4.1      2     0.71    7.2e+08    5.2e+08     0.72  0.97761 
  5   0    0.5    4.1      2     0.71    7.2e+08    5.2e+08     0.72  0.97738 
  5   1    0.5    4.1      2     0.71    7.1e+08    5.1e+08     0.72  0.97783 
  6 N/A    0.5    8.2      4     0.50    1.4e+09    7.6e+08     0.54  0.93258 
  6   0    0.5    8.2      4     0.50    1.5e+09    7.9e+08     0.54  0.92189 
  6   1    0.5    8.2      4     0.50    1.4e+09    7.3e+08     0.53  0.94658 
  7 N/A    0.5   20.5     10     0.32    3.5e+09    1.3e+09     0.37  0.85238 
  7   0    0.5   20.5     10     0.32    3.6e+09    1.2e+09     0.35  0.91298 
  7   1    0.5   20.5     10     0.32    3.5e+09    1.4e+09     0.39  0.80100 
  8 N/A    0.5    8.2      4     0.50    1.4e+09    7.6e+08     0.53  0.93904 
  8   0    0.5    8.2      4     0.50    1.4e+09    7.5e+08     0.53  0.95234 
  8   1    0.5    8.2      4     0.50    1.4e+09    7.6e+08     0.54  0.92593 
  9 N/A    0.5    6.1      3     0.58    1.1e+09    6.7e+08     0.63  0.91875 
  9   0    0.5    6.1      3     0.58    1.1e+09    6.4e+08     0.60  0.96866 
  9   1    0.5    6.1      3     0.58    1.1e+09    7.1e+08     0.66  0.87617 
 10 N/A    0.5   18.4      9     0.33    3.2e+09    1.2e+09     0.39  0.84489 
 10   0    0.5   18.4      9     0.33    3.2e+09    1.3e+09     0.40  0.83038 
 10   1    0.5   18.4      9     0.33    3.2e+09    1.2e+09     0.39  0.86025 
 11 N/A    0.5   28.7     14     0.27    4.9e+09    1.6e+09     0.33  0.79886 
 11   0    0.5   28.7     14     0.27    4.9e+09    1.7e+09     0.34  0.79434 
 11   1    0.5   28.7     14     0.27    4.9e+09    1.6e+09     0.33  0.80330 
 12 N/A    0.5    4.1      2     0.71    7.2e+08    5.2e+08     0.73  0.96982 
 12   0    0.5    4.1      2     0.71    7.3e+08    5.4e+08     0.74  0.95837 
 12   1    0.5    4.1      2     0.71    7.1e+08    5.1e+08     0.72  0.98275 
 13 N/A    0.5   16.4      8     0.35    2.8e+09    1.1e+09     0.40  0.87545 
 13   0    0.5   16.4      8     0.35    2.9e+09    1.2e+09     0.40  0.87704 
 13   1    0.5   16.4      8     0.35    2.8e+09    1.1e+09     0.40  0.87384 
 14 N/A    0.5   28.7     14     0.27    5.0e+09    1.6e+09     0.32  0.82509 
 14   0    0.5   28.7     14     0.27    5.0e+09    1.6e+09     0.32  0.82493 
 14   1    0.5   28.7     14     0.27    5.0e+09    1.6e+09     0.32  0.82513 
 15 N/A    0.5    2.0      1     1.00    3.5e+08    3.6e+08     1.02  0.98518 
 15   0    0.5    2.0      1     1.00    3.5e+08    3.5e+08     0.99  1.00868 
 15   1    0.5    2.0      1     1.00    3.6e+08    3.7e+08     1.04  0.96413 
 16 N/A    0.5   16.4      8     0.35    2.8e+09    1.2e+09     0.44  0.80854 
 16   0    0.5   16.4      8     0.35    2.8e+09    1.2e+09     0.43  0.81762 
 16   1    0.5   16.4      8     0.35    2.9e+09    1.3e+09     0.44  0.79990 
 17 N/A    0.5   28.7     14     0.27    4.9e+09    1.7e+09     0.35  0.76254 
 17   0    0.5   28.7     14     0.27    4.9e+09    1.8e+09     0.35  0.75313 
 17   1    0.5   28.7     14     0.27    4.9e+09    1.7e+09     0.35  0.77215 
 18 N/A    0.5   14.3      7     0.38    2.4e+09    1.1e+09     0.45  0.84567 
 18   0    0.5   14.3      7     0.38    2.4e+09    1.0e+09     0.41  0.91544 
 18   1    0.5   14.3      7     0.38    2.4e+09    1.2e+09     0.48  0.78929 
 19 N/A    0.5   14.3      7     0.38    2.5e+09    1.1e+09     0.46  0.81527 
 19   0    0.5   14.3      7     0.38    2.5e+09    1.2e+09     0.47  0.80411 
 19   1    0.5   14.3      7     0.38    2.4e+09    1.1e+09     0.46  0.82707 
 20 N/A    0.5   26.6     13     0.28    4.6e+09    1.7e+09     0.37  0.75958 
 20   0    0.5   26.6     13     0.28    4.6e+09    1.7e+09     0.36  0.76009 
 20   1    0.5   26.6     13     0.28    4.6e+09    1.7e+09     0.37  0.75909 
 21 N/A    0.5    2.0      1     1.00    3.7e+08    3.7e+08     1.01  0.99395 
 21   0    0.5    2.0      1     1.00    3.7e+08    3.8e+08     1.03  0.97459 
 21   1    0.5    2.0      1     1.00    3.7e+08    3.7e+08     0.99  1.01387 
 22 N/A    0.5   12.3      6     0.41    2.1e+09    9.9e+08     0.46  0.87954 
 22   0    0.5   12.3      6     0.41    2.1e+09    9.3e+08     0.44  0.92998 
 22   1    0.5   12.3      6     0.41    2.2e+09    1.1e+09     0.49  0.83802 
 23 N/A    0.5   24.6     12     0.29    4.3e+09    1.6e+09     0.38  0.76406 
 23   0    0.5   24.6     12     0.29    4.3e+09    1.6e+09     0.38  0.76012 
 23   1    0.5   24.6     12     0.29    4.3e+09    1.6e+09     0.38  0.76786 
 24 N/A    0.5    4.1      2     0.71    7.0e+08    5.3e+08     0.76  0.93565 
 24   0    0.5    4.1      2     0.71    7.1e+08    5.3e+08     0.76  0.93492 
 24   1    0.5    4.1      2     0.71    6.9e+08    5.2e+08     0.75  0.93665 
 25 N/A    0.5   10.2      5     0.45    1.8e+09    9.3e+08     0.53  0.85009 
 25   0    0.5   10.2      5     0.45    1.8e+09    8.5e+08     0.48  0.93149 
 25   1    0.5   10.2      5     0.45    1.8e+09    1.0e+09     0.57  0.78734 
 26 N/A    0.5   22.5     11     0.30    3.9e+09    1.5e+09     0.38  0.80387 
 26   0    0.5   22.5     11     0.30    3.9e+09    1.3e+09     0.35  0.87106 
 26   1    0.5   22.5     11     0.30    3.9e+09    1.6e+09     0.40  0.75117 
 27 N/A    0.5    6.1      3     0.58    1.1e+09    6.6e+08     0.63  0.92229 
 27   0    0.5    6.1      3     0.58    1.1e+09    6.9e+08     0.65  0.88752 
 27   1    0.5    6.1      3     0.58    1.1e+09    6.3e+08     0.60  0.96106 

That looks a lot better.  


rnb.removeBackground()  status:  Normalizing spectrum 0 with rmsc of 0.100504
rnb Calibration Warning:  Unknown xmit_sta found:  14.  Assuming DSS14
Using Observatory Gain Constant:  1.11452e+07
(num)     Gain Const  rtt    tsys     gain   pt        nfreq     dfreq     tau       rmsc      sdev 
(  0)    1.11452e+07  36.56  20.3   667.658    470         2  0.488281   405.504  0.100504  6.32313e-05

jsnr1 = 1018
jsnr2 = 1031

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1 -0.20  1.60  0.75  1.94  7.02  5.80  8.18  5.53  0.80  1.47  1.29  0.93  0.03  0.58

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  0.05  0.02  0.76  1.11  4.22  8.17  7.09  5.00  1.06 -0.02  0.79  1.54 -0.87  0.10

Echo fits within the bounds, but is still weak. 

198 ffts.

Tags look fine.


Target 4660_Nereus           from file /data/ast1/4660_Nereus/goldstone/proc/cw/PSD02029RCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/29  10-oc  14:06:34  14:06:03  14:18:41   0.0   5.14e-05   1.84e-03  1.3e-04  3.2
Target 4660_Nereus           from file /data/ast1/4660_Nereus/goldstone/proc/cw/PSD02029RCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/29  10-sc  14:06:34  14:06:03  14:18:41   0.0   6.32e-05   1.83e-03  1.4e-04  2.5 0.999394 1.11071 0.898494

OCxsec = 1.8E-3 km^2
SC/OC  = 1.00 +/- 0.10

The cross section matches the value from January 25 but it's a lot larger than 
results obtained on the other dates checked so far.  Ratio is clearly very high.

Noise histograms suffer the same problem as the others.  


- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 


January 29, TX LCP
==================
solution 38.

/usr/local/bin/rnb status:  removing background from 1 blocks of data
 S# clr  dfreq    tau  nffts    e_rms        ave       sdev    m_rms      e/m 
  0 N/A    0.5   10.2      5     0.45    1.7e+09    8.8e+08     0.51  0.88191 
  0   0    0.5   10.2      5     0.45    1.7e+09    8.9e+08     0.51  0.87606 
  0   1    0.5   10.2      5     0.45    1.7e+09    8.7e+08     0.50  0.88789 
  1 N/A    0.5   22.5     11     0.30    3.8e+09    1.5e+09     0.38  0.79295 
  1   0    0.5   22.5     11     0.30    3.9e+09    1.4e+09     0.37  0.81566 
  1   1    0.5   22.5     11     0.30    3.8e+09    1.5e+09     0.39  0.77170 
  2 N/A    0.5    6.1      3     0.58    1.0e+09    6.6e+08     0.64  0.90609 
  2   0    0.5    6.1      3     0.58    1.0e+09    6.7e+08     0.65  0.89464 
  2   1    0.5    6.1      3     0.58    1.0e+09    6.6e+08     0.63  0.91761 
  3 N/A    0.5    8.2      4     0.50    1.4e+09    7.9e+08     0.57  0.88060 
  3   0    0.5    8.2      4     0.50    1.4e+09    7.6e+08     0.55  0.91277 
  3   1    0.5    8.2      4     0.50    1.4e+09    8.2e+08     0.59  0.85181 
  4 N/A    0.5   20.5     10     0.32    3.5e+09    1.4e+09     0.39  0.81439 
  4   0    0.5   20.5     10     0.32    3.5e+09    1.3e+09     0.38  0.82545 
  4   1    0.5   20.5     10     0.32    3.5e+09    1.4e+09     0.39  0.80351 
  5 N/A    0.5    8.2      4     0.50    1.4e+09    7.9e+08     0.56  0.89606 
  5   0    0.5    8.2      4     0.50    1.4e+09    7.5e+08     0.53  0.94047 
  5   1    0.5    8.2      4     0.50    1.4e+09    8.3e+08     0.58  0.85800 
  6 N/A    0.5    6.1      3     0.58    1.0e+09    6.4e+08     0.61  0.94149 
  6   0    0.5    6.1      3     0.58    1.1e+09    6.4e+08     0.61  0.95371 
  6   1    0.5    6.1      3     0.58    1.0e+09    6.4e+08     0.62  0.92937 
  7 N/A    0.5   18.4      9     0.33    3.1e+09    1.2e+09     0.38  0.87355 
  7   0    0.5   18.4      9     0.33    3.2e+09    1.2e+09     0.37  0.89910 
  7   1    0.5   18.4      9     0.33    3.1e+09    1.2e+09     0.39  0.84954 
  8 N/A    0.5   28.7     14     0.27    4.9e+09    1.6e+09     0.32  0.82300 
  8   0    0.5   28.7     14     0.27    4.9e+09    1.6e+09     0.32  0.82739 
  8   1    0.5   28.7     14     0.27    4.8e+09    1.6e+09     0.33  0.81920 
  9 N/A    0.5    4.1      2     0.71    7.0e+08    5.5e+08     0.78  0.90261 
  9   0    0.5    4.1      2     0.71    7.0e+08    5.3e+08     0.76  0.93441 
  9   1    0.5    4.1      2     0.71    7.0e+08    5.7e+08     0.81  0.87329 
 10 N/A    0.5   16.4      8     0.35    2.8e+09    1.2e+09     0.42  0.83446 
 10   0    0.5   16.4      8     0.35    2.8e+09    1.2e+09     0.43  0.82425 
 10   1    0.5   16.4      8     0.35    2.8e+09    1.1e+09     0.42  0.84606 
 11 N/A    0.5   28.7     14     0.27    4.9e+09    1.7e+09     0.35  0.75765 
 11   0    0.5   28.7     14     0.27    4.9e+09    1.7e+09     0.34  0.77653 
 11   1    0.5   28.7     14     0.27    4.8e+09    1.7e+09     0.36  0.73981 
 12 N/A    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.04  0.96307 
 12   0    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.01  0.99315 
 12   1    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.07  0.93393 
 13 N/A    0.5   14.3      7     0.38    2.4e+09    1.1e+09     0.45  0.84845 
 13   0    0.5   14.3      7     0.38    2.4e+09    9.9e+08     0.41  0.91812 
 13   1    0.5   14.3      7     0.38    2.4e+09    1.1e+09     0.48  0.79195 
 14 N/A    0.5   26.6     13     0.28    4.5e+09    1.6e+09     0.35  0.78324 
 14   0    0.5   26.6     13     0.28    4.5e+09    1.5e+09     0.33  0.82806 
 14   1    0.5   26.6     13     0.28    4.4e+09    1.7e+09     0.37  0.74426 
 15 N/A    0.5   12.3      6     0.41    2.1e+09    9.3e+08     0.45  0.91734 
 15   0    0.5   12.3      6     0.41    2.1e+09    9.7e+08     0.47  0.87498 
 15   1    0.5   12.3      6     0.41    2.1e+09    8.8e+08     0.42  0.96621 
 16 N/A    0.5    0.0      0      Inf    4.2e+09    1.5e+09     0.35      Inf 
 16   0    0.5    0.0      0      Inf    4.2e+09    1.4e+09     0.34      Inf 
 16   1    0.5    0.0      0      Inf    4.2e+09    1.5e+09     0.36      Inf 
 17 N/A    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.06  0.94252 
 17   0    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.08  0.92643 
 17   1    0.5    2.0      1     1.00    3.5e+08    3.6e+08     1.04  0.95877 
 18 N/A    0.5   12.3      6     0.41    2.1e+09    1.0e+09     0.48  0.85163 
 18   0    0.5   12.3      6     0.41    2.1e+09    9.2e+08     0.44  0.92512 
 18   1    0.5   12.3      6     0.41    2.1e+09    1.1e+09     0.51  0.79388 
 19 N/A    0.5   24.6     12     0.29    4.2e+09    1.6e+09     0.37  0.77260 
 19   0    0.5   24.6     12     0.29    4.2e+09    1.4e+09     0.34  0.84958 
 19   1    0.5   24.6     12     0.29    4.2e+09    1.7e+09     0.40  0.71329 
 20 N/A    0.5    4.1      2     0.71    6.9e+08    5.1e+08     0.75  0.94563 
 20   0    0.5    4.1      2     0.71    6.9e+08    5.3e+08     0.77  0.92261 
 20   1    0.5    4.1      2     0.71    6.9e+08    5.0e+08     0.73  0.96991 
 21 N/A    0.5   12.3      6     0.41    1.9e+09    8.8e+08     0.47  0.86902 
 21   0    0.5   12.3      6     0.41    1.9e+09    8.8e+08     0.47  0.86240 
 21   1    0.5   12.3      6     0.41    1.9e+09    8.7e+08     0.47  0.87558 
 22 N/A    0.5   24.6     12     0.29    3.9e+09    1.4e+09     0.37  0.78185 
 22   0    0.5   24.6     12     0.29    3.9e+09    1.3e+09     0.35  0.83445 
 22   1    0.5   24.6     12     0.29    3.9e+09    1.5e+09     0.39  0.73791 
 23 N/A    0.5    4.1      2     0.71    6.8e+08    5.1e+08     0.75  0.93903 
 23   0    0.5    4.1      2     0.71    6.8e+08    5.3e+08     0.78  0.90776 
 23   1    0.5    4.1      2     0.71    6.8e+08    4.9e+08     0.73  0.97397 
 24 N/A    0.5   10.2      5     0.45    1.7e+09    8.7e+08     0.50  0.88740 
 24   0    0.5   10.2      5     0.45    1.7e+09    8.2e+08     0.47  0.94597 
 24   1    0.5   10.2      5     0.45    1.7e+09    9.2e+08     0.53  0.83730 
 25 N/A    0.5   22.5     11     0.30    3.8e+09    1.4e+09     0.37  0.81277 
 25   0    0.5   22.5     11     0.30    3.8e+09    1.4e+09     0.36  0.83728 
 25   1    0.5   22.5     11     0.30    3.8e+09    1.4e+09     0.38  0.78983 
 26 N/A    0.5    6.1      3     0.58    1.0e+09    6.2e+08     0.60  0.96885 
 26   0    0.5    6.1      3     0.58    1.1e+09    5.9e+08     0.56  1.02602 
 26   1    0.5    6.1      3     0.58    1.0e+09    6.6e+08     0.63  0.91953 
 27 N/A    0.5    8.2      4     0.50    1.4e+09    7.8e+08     0.55  0.91150 
 27   0    0.5    8.2      4     0.50    1.4e+09    8.0e+08     0.55  0.90188 
 27   1    0.5    8.2      4     0.50    1.4e+09    7.5e+08     0.54  0.92371 
 28 N/A    0.5   20.5     10     0.32    3.5e+09    1.3e+09     0.37  0.85645 
 28   0    0.5   20.5     10     0.32    3.5e+09    1.3e+09     0.37  0.85416 
 28   1    0.5   20.5     10     0.32    3.5e+09    1.3e+09     0.37  0.85861 
 29 N/A    0.5    8.2      4     0.50    1.4e+09    7.2e+08     0.53  0.94695 
 29   0    0.5    8.2      4     0.50    1.4e+09    7.6e+08     0.56  0.89805 
 29   1    0.5    8.2      4     0.50    1.4e+09    6.7e+08     0.50  1.00524 

hop 16 is empty... delete it and do it again.

/usr/local/bin/rnb status:  removing background from 1 blocks of data
 S# clr  dfreq    tau  nffts    e_rms        ave       sdev    m_rms      e/m 
  0 N/A    0.5   10.2      5     0.45    1.7e+09    8.8e+08     0.51  0.88191 
  0   0    0.5   10.2      5     0.45    1.7e+09    8.9e+08     0.51  0.87606 
  0   1    0.5   10.2      5     0.45    1.7e+09    8.7e+08     0.50  0.88789 
  1 N/A    0.5   22.5     11     0.30    3.8e+09    1.5e+09     0.38  0.79295 
  1   0    0.5   22.5     11     0.30    3.9e+09    1.4e+09     0.37  0.81566 
  1   1    0.5   22.5     11     0.30    3.8e+09    1.5e+09     0.39  0.77170 
  2 N/A    0.5    6.1      3     0.58    1.0e+09    6.6e+08     0.64  0.90609 
  2   0    0.5    6.1      3     0.58    1.0e+09    6.7e+08     0.65  0.89464 
  2   1    0.5    6.1      3     0.58    1.0e+09    6.6e+08     0.63  0.91761 
  3 N/A    0.5    8.2      4     0.50    1.4e+09    7.9e+08     0.57  0.88060 
  3   0    0.5    8.2      4     0.50    1.4e+09    7.6e+08     0.55  0.91277 
  3   1    0.5    8.2      4     0.50    1.4e+09    8.2e+08     0.59  0.85181 
  4 N/A    0.5   20.5     10     0.32    3.5e+09    1.4e+09     0.39  0.81439 
  4   0    0.5   20.5     10     0.32    3.5e+09    1.3e+09     0.38  0.82545 
  4   1    0.5   20.5     10     0.32    3.5e+09    1.4e+09     0.39  0.80351 
  5 N/A    0.5    8.2      4     0.50    1.4e+09    7.9e+08     0.56  0.89606 
  5   0    0.5    8.2      4     0.50    1.4e+09    7.5e+08     0.53  0.94047 
  5   1    0.5    8.2      4     0.50    1.4e+09    8.3e+08     0.58  0.85800 
  6 N/A    0.5    6.1      3     0.58    1.0e+09    6.4e+08     0.61  0.94149 
  6   0    0.5    6.1      3     0.58    1.1e+09    6.4e+08     0.61  0.95371 
  6   1    0.5    6.1      3     0.58    1.0e+09    6.4e+08     0.62  0.92937 
  7 N/A    0.5   18.4      9     0.33    3.1e+09    1.2e+09     0.38  0.87355 
  7   0    0.5   18.4      9     0.33    3.2e+09    1.2e+09     0.37  0.89910 
  7   1    0.5   18.4      9     0.33    3.1e+09    1.2e+09     0.39  0.84954 
  8 N/A    0.5   28.7     14     0.27    4.9e+09    1.6e+09     0.32  0.82300 
  8   0    0.5   28.7     14     0.27    4.9e+09    1.6e+09     0.32  0.82739 
  8   1    0.5   28.7     14     0.27    4.8e+09    1.6e+09     0.33  0.81920 
  9 N/A    0.5    4.1      2     0.71    7.0e+08    5.5e+08     0.78  0.90261 
  9   0    0.5    4.1      2     0.71    7.0e+08    5.3e+08     0.76  0.93441 
  9   1    0.5    4.1      2     0.71    7.0e+08    5.7e+08     0.81  0.87329 
 10 N/A    0.5   16.4      8     0.35    2.8e+09    1.2e+09     0.42  0.83446 
 10   0    0.5   16.4      8     0.35    2.8e+09    1.2e+09     0.43  0.82425 
 10   1    0.5   16.4      8     0.35    2.8e+09    1.1e+09     0.42  0.84606 
 11 N/A    0.5   28.7     14     0.27    4.9e+09    1.7e+09     0.35  0.75765 
 11   0    0.5   28.7     14     0.27    4.9e+09    1.7e+09     0.34  0.77653 
 11   1    0.5   28.7     14     0.27    4.8e+09    1.7e+09     0.36  0.73981 
 12 N/A    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.04  0.96307 
 12   0    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.01  0.99315 
 12   1    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.07  0.93393 
 13 N/A    0.5   14.3      7     0.38    2.4e+09    1.1e+09     0.45  0.84845 
 13   0    0.5   14.3      7     0.38    2.4e+09    9.9e+08     0.41  0.91812 
 13   1    0.5   14.3      7     0.38    2.4e+09    1.1e+09     0.48  0.79195 
 14 N/A    0.5   26.6     13     0.28    4.5e+09    1.6e+09     0.35  0.78324 
 14   0    0.5   26.6     13     0.28    4.5e+09    1.5e+09     0.33  0.82806 
 14   1    0.5   26.6     13     0.28    4.4e+09    1.7e+09     0.37  0.74426 
 15 N/A    0.5   12.3      6     0.41    2.1e+09    9.3e+08     0.45  0.91734 
 15   0    0.5   12.3      6     0.41    2.1e+09    9.7e+08     0.47  0.87498 
 15   1    0.5   12.3      6     0.41    2.1e+09    8.8e+08     0.42  0.96621 
 16 N/A    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.06  0.94252 
 16   0    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.08  0.92643 
 16   1    0.5    2.0      1     1.00    3.5e+08    3.6e+08     1.04  0.95877 
 17 N/A    0.5   12.3      6     0.41    2.1e+09    1.0e+09     0.48  0.85163 
 17   0    0.5   12.3      6     0.41    2.1e+09    9.2e+08     0.44  0.92512 
 17   1    0.5   12.3      6     0.41    2.1e+09    1.1e+09     0.51  0.79388 
 18 N/A    0.5   24.6     12     0.29    4.2e+09    1.6e+09     0.37  0.77260 
 18   0    0.5   24.6     12     0.29    4.2e+09    1.4e+09     0.34  0.84958 
 18   1    0.5   24.6     12     0.29    4.2e+09    1.7e+09     0.40  0.71329 
 19 N/A    0.5    4.1      2     0.71    6.9e+08    5.1e+08     0.75  0.94563 
 19   0    0.5    4.1      2     0.71    6.9e+08    5.3e+08     0.77  0.92261 
 19   1    0.5    4.1      2     0.71    6.9e+08    5.0e+08     0.73  0.96991 
 20 N/A    0.5   12.3      6     0.41    1.9e+09    8.8e+08     0.47  0.86902 
 20   0    0.5   12.3      6     0.41    1.9e+09    8.8e+08     0.47  0.86240 
 20   1    0.5   12.3      6     0.41    1.9e+09    8.7e+08     0.47  0.87558 
 21 N/A    0.5   24.6     12     0.29    3.9e+09    1.4e+09     0.37  0.78185 
 21   0    0.5   24.6     12     0.29    3.9e+09    1.3e+09     0.35  0.83445 
 21   1    0.5   24.6     12     0.29    3.9e+09    1.5e+09     0.39  0.73791 
 22 N/A    0.5    4.1      2     0.71    6.8e+08    5.1e+08     0.75  0.93903 
 22   0    0.5    4.1      2     0.71    6.8e+08    5.3e+08     0.78  0.90776 
 22   1    0.5    4.1      2     0.71    6.8e+08    4.9e+08     0.73  0.97397 
 23 N/A    0.5   10.2      5     0.45    1.7e+09    8.7e+08     0.50  0.88740 
 23   0    0.5   10.2      5     0.45    1.7e+09    8.2e+08     0.47  0.94597 
 23   1    0.5   10.2      5     0.45    1.7e+09    9.2e+08     0.53  0.83730 
 24 N/A    0.5   22.5     11     0.30    3.8e+09    1.4e+09     0.37  0.81277 
 24   0    0.5   22.5     11     0.30    3.8e+09    1.4e+09     0.36  0.83728 
 24   1    0.5   22.5     11     0.30    3.8e+09    1.4e+09     0.38  0.78983 
 25 N/A    0.5    6.1      3     0.58    1.0e+09    6.2e+08     0.60  0.96885 
 25   0    0.5    6.1      3     0.58    1.1e+09    5.9e+08     0.56  1.02602 
 25   1    0.5    6.1      3     0.58    1.0e+09    6.6e+08     0.63  0.91953 
 26 N/A    0.5    8.2      4     0.50    1.4e+09    7.8e+08     0.55  0.91150 
 26   0    0.5    8.2      4     0.50    1.4e+09    8.0e+08     0.55  0.90188 
 26   1    0.5    8.2      4     0.50    1.4e+09    7.5e+08     0.54  0.92371 
 27 N/A    0.5   20.5     10     0.32    3.5e+09    1.3e+09     0.37  0.85645 
 27   0    0.5   20.5     10     0.32    3.5e+09    1.3e+09     0.37  0.85416 
 27   1    0.5   20.5     10     0.32    3.5e+09    1.3e+09     0.37  0.85861 
 28 N/A    0.5    8.2      4     0.50    1.4e+09    7.2e+08     0.53  0.94695 
 28   0    0.5    8.2      4     0.50    1.4e+09    7.6e+08     0.56  0.89805 
 28   1    0.5    8.2      4     0.50    1.4e+09    6.7e+08     0.50  1.00524 

At least the e/m values are decent...unlike on earlier days.

rnb.removeBackground()  status:  Normalizing spectrum 0 with rmsc of 0.102062
rnb Calibration Warning:  Unknown xmit_sta found:  14.  Assuming DSS14
Using Observatory Gain Constant:  1.11452e+07
(num)     Gain Const  rtt    tsys     gain   pt        nfreq     dfreq     tau       rmsc      sdev 
(  0)    1.11452e+07  36.58  20.3    670.98    470         2  0.488281   393.216  0.102062  6.40185e-05

192 ffts.  

no problems with jsnr1 and jsnr2:

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1 -0.63  0.29 -0.15  0.29  5.51 10.67  6.39  5.94  1.37  0.16  0.06  0.44  0.11 -0.92

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1 -0.00 -0.79  0.53  0.82  7.52  6.99  7.01  6.47  0.55  0.88  1.48 -0.88  0.16  0.40

signal is still weak.



Target 4660_Nereus           from file /data/ast1/4660_Nereus/goldstone/proc/cw/PSD02029LCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/29  10-oc  14:20:36  14:20:02  14:32:42   0.0   5.20e-05   1.54e-03  1.0e-04  1.9
Target 4660_Nereus           from file /data/ast1/4660_Nereus/goldstone/proc/cw/PSD02029LCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/29  10-sc  14:20:36  14:20:02  14:32:42   0.0   6.40e-05   1.99e-03  1.4e-04  2.3 1.2975 1.42961 1.17702

OCxsec = 1.5 E-3 km^2
SC/OC  = 1.3 +/- 0.13

fishy...  numbers differ from the data acquired earlier on the same day.

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 

January 15, TX RCP
==================

solution 30, 10 runs



/usr/local/bin/rnb status:  removing background from 1 blocks of data
 S# clr  dfreq    tau  nffts    e_rms        ave       sdev    m_rms      e/m 
  0 N/A    0.5   10.2      5     0.45    2.3e+07    3.1e+07     1.39  0.32148 
  0   0    0.5   10.2      5     0.45    2.2e+07    3.1e+07     1.42  0.31501 
  0   1    0.5   10.2      5     0.45    2.3e+07    3.2e+07     1.36  0.32798 
  1 N/A    0.5   22.5     11     0.30    2.5e+07    4.1e+07     1.65  0.18294 
  1   0    0.5   22.5     11     0.30    2.4e+07    4.1e+07     1.67  0.18020 
  1   1    0.5   22.5     11     0.30    2.6e+07    4.2e+07     1.62  0.18568 
  2 N/A    0.5    4.1      2     0.71    7.6e+05    3.4e+06     4.49  0.15740 
  2   0    0.5    4.1      2     0.71    7.6e+05    3.6e+06     4.69  0.15082 
  2   1    0.5    4.1      2     0.71    7.6e+05    3.2e+06     4.29  0.16499 
  3 N/A    0.5   12.3      6     0.41    1.1e+09    9.0e+08     0.84  0.48730 
  3   0    0.5   12.3      6     0.41    1.1e+09    9.6e+08     0.88  0.46511 
  3   1    0.5   12.3      6     0.41    1.1e+09    8.4e+08     0.79  0.51486 
  4 N/A    0.5   24.6     12     0.29    2.6e+09    1.7e+09     0.62  0.46197 
  4   0    0.5   24.6     12     0.29    2.7e+09    1.7e+09     0.63  0.45912 
  4   1    0.5   24.6     12     0.29    2.6e+09    1.6e+09     0.62  0.46484 
  5 N/A    0.5    2.0      1     1.00    2.7e+08    3.5e+08     1.32  0.75495 
  5   0    0.5    2.0      1     1.00    2.7e+08    4.2e+08     1.54  0.64890 
  5   1    0.5    2.0      1     1.00    2.6e+08    2.7e+08     1.04  0.95754 
  6 N/A    0.5   12.3      6     0.41    2.1e+07    3.0e+07     1.44  0.28326 
  6   0    0.5   12.3      6     0.41    2.1e+07    2.8e+07     1.38  0.29541 
  6   1    0.5   12.3      6     0.41    2.2e+07    3.2e+07     1.49  0.27347 
  7 N/A    0.5   24.6     12     0.29    8.0e+07    1.7e+09    20.63  0.01399 
  7   0    0.5   24.6     12     0.29    6.5e+07    1.4e+09    20.81  0.01387 
  7   1    0.5   24.6     12     0.29    9.5e+07    1.9e+09    20.02  0.01442 
  8 N/A    0.5    4.1      2     0.71    1.3e+09    8.4e+09     6.55  0.10793 
  8   0    0.5    4.1      2     0.71    1.2e+09    7.3e+09     5.96  0.11863 
  8   1    0.5    4.1      2     0.71    1.4e+09    9.5e+09     6.97  0.10140 
  9 N/A    0.5   12.3      6     0.41    3.3e+09    1.9e+10     5.64  0.07243 
  9   0    0.5   12.3      6     0.41    3.3e+09    1.9e+10     5.66  0.07209 
  9   1    0.5   12.3      6     0.41    3.4e+09    1.9e+10     5.61  0.07275 
 10 N/A    0.5   24.6     12     0.29    5.3e+09    1.9e+10     3.60  0.08021 
 10   0    0.5   24.6     12     0.29    5.2e+09    1.9e+10     3.60  0.08009 
 10   1    0.5   24.6     12     0.29    5.3e+09    1.9e+10     3.59  0.08034 
 11 N/A    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.05  0.94866 
 11   0    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.06  0.94554 
 11   1    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.05  0.95195 
 12 N/A    0.5   14.3      7     0.38    1.4e+09    1.0e+09     0.74  0.51001 
 12   0    0.5   14.3      7     0.38    1.4e+09    8.9e+08     0.65  0.58039 
 12   1    0.5   14.3      7     0.38    1.4e+09    1.1e+09     0.82  0.46140 
 13 N/A    0.5   26.6     13     0.28    3.3e+09    1.8e+09     0.56  0.49566 
 13   0    0.5   26.6     13     0.28    3.3e+09    1.8e+09     0.55  0.50619 
 13   1    0.5   26.6     13     0.28    3.3e+09    1.9e+09     0.57  0.48562 
 14 N/A    0.5   14.3      7     0.38    2.3e+09    1.5e+09     0.65  0.58446 
 14   0    0.5   14.3      7     0.38    2.3e+09    1.8e+09     0.76  0.50029 
 14   1    0.5   14.3      7     0.38    2.3e+09    1.2e+09     0.51  0.73807 
 15 N/A    0.5    0.0      0      Inf    4.3e+09    2.1e+09     0.49      Inf 
 15   0    0.5    0.0      0      Inf    4.3e+09    2.2e+09     0.51      Inf 
 15   1    0.5    0.0      0      Inf    4.3e+09    2.0e+09     0.46      Inf 
 16 N/A    0.5   14.3      7     0.38    2.3e+09    1.3e+09     0.55  0.68338 
 16   0    0.5   14.3      7     0.38    2.3e+09    1.1e+09     0.48  0.79566 
 16   1    0.5   14.3      7     0.38    2.4e+09    1.5e+09     0.62  0.61142 
 17 N/A    0.5    0.0      0      Inf    4.3e+09    1.9e+09     0.45      Inf 
 17   0    0.5    0.0      0      Inf    4.3e+09    1.9e+09     0.44      Inf 
 17   1    0.5    0.0      0      Inf    4.3e+09    1.9e+09     0.45      Inf 
 18 N/A    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.04  0.96475 
 18   0    0.5    2.0      1     1.00    2.7e+08    2.6e+08     0.99  1.01198 
 18   1    0.5    2.0      1     1.00    2.9e+08    3.1e+08     1.07  0.93123 
 19 N/A    0.5   14.3      7     0.38    2.0e+09    1.2e+09     0.60  0.62996 
 19   0    0.5   14.3      7     0.38    2.0e+09    1.3e+09     0.67  0.56081 
 19   1    0.5   14.3      7     0.38    2.0e+09    1.0e+09     0.52  0.73369 
 20 N/A    0.5   26.6     13     0.28    3.6e+09    1.9e+09     0.52  0.53153 
 20   0    0.5   26.6     13     0.28    3.6e+09    1.9e+09     0.53  0.52083 
 20   1    0.5   26.6     13     0.28    3.7e+09    1.9e+09     0.51  0.54268 
 21 N/A    0.5    2.0      1     1.00    7.8e+06    1.1e+08    13.81  0.07243 
 21   0    0.5    2.0      1     1.00    7.4e+06    1.1e+08    15.13  0.06608 
 21   1    0.5    2.0      1     1.00    8.3e+06    1.0e+08    12.60  0.07936 
 22 N/A    0.5   16.4      8     0.35    2.3e+09    1.4e+09     0.61  0.58320 
 22   0    0.5   16.4      8     0.35    2.3e+09    1.1e+09     0.50  0.70850 
 22   1    0.5   16.4      8     0.35    2.4e+09    1.6e+09     0.69  0.51304 
 23 N/A    0.5   26.6     13     0.28    4.0e+09    2.0e+09     0.49  0.56069 
 23   0    0.5   26.6     13     0.28    3.9e+09    1.8e+09     0.45  0.61931 
 23   1    0.5   26.6     13     0.28    4.0e+09    2.1e+09     0.54  0.51750 
 24 N/A    0.5    4.1      2     0.71    6.5e+08    5.6e+08     0.87  0.81615 
 24   0    0.5    4.1      2     0.71    6.4e+08    5.0e+08     0.78  0.90711 
 24   1    0.5    4.1      2     0.71    6.5e+08    6.1e+08     0.94  0.74854 
 25 N/A    0.5   16.4      8     0.35    2.6e+09    1.3e+09     0.50  0.70066 
 25   0    0.5   16.4      8     0.35    2.6e+09    1.4e+09     0.52  0.67983 
 25   1    0.5   16.4      8     0.35    2.6e+09    1.3e+09     0.49  0.72405 
 26 N/A    0.5   26.6     13     0.28    4.3e+09    2.0e+09     0.46  0.60101 
 26   0    0.5   26.6     13     0.28    4.3e+09    1.8e+09     0.43  0.64358 
 26   1    0.5   26.6     13     0.28    4.2e+09    2.1e+09     0.49  0.56572 


Need to delete two hops.  Delete the second one first, and then the first one
in that order so as to prevent deletion of the wrong hops.

hops 18 and 16, 1-based counting.


usr/local/bin/rnb status:  removing background from 1 blocks of data
 S# clr  dfreq    tau  nffts    e_rms        ave       sdev    m_rms      e/m 
  0 N/A    0.5   10.2      5     0.45    2.3e+07    3.1e+07     1.39  0.32148 
  0   0    0.5   10.2      5     0.45    2.2e+07    3.1e+07     1.42  0.31501 
  0   1    0.5   10.2      5     0.45    2.3e+07    3.2e+07     1.36  0.32798 
  1 N/A    0.5   22.5     11     0.30    2.5e+07    4.1e+07     1.65  0.18294 
  1   0    0.5   22.5     11     0.30    2.4e+07    4.1e+07     1.67  0.18020 
  1   1    0.5   22.5     11     0.30    2.6e+07    4.2e+07     1.62  0.18568 
  2 N/A    0.5    4.1      2     0.71    7.6e+05    3.4e+06     4.49  0.15740 
  2   0    0.5    4.1      2     0.71    7.6e+05    3.6e+06     4.69  0.15082 
  2   1    0.5    4.1      2     0.71    7.6e+05    3.2e+06     4.29  0.16499 
  3 N/A    0.5   12.3      6     0.41    1.1e+09    9.0e+08     0.84  0.48730 
  3   0    0.5   12.3      6     0.41    1.1e+09    9.6e+08     0.88  0.46511 
  3   1    0.5   12.3      6     0.41    1.1e+09    8.4e+08     0.79  0.51486 
  4 N/A    0.5   24.6     12     0.29    2.6e+09    1.7e+09     0.62  0.46197 
  4   0    0.5   24.6     12     0.29    2.7e+09    1.7e+09     0.63  0.45912 
  4   1    0.5   24.6     12     0.29    2.6e+09    1.6e+09     0.62  0.46484 
  5 N/A    0.5    2.0      1     1.00    2.7e+08    3.5e+08     1.32  0.75495 
  5   0    0.5    2.0      1     1.00    2.7e+08    4.2e+08     1.54  0.64890 
  5   1    0.5    2.0      1     1.00    2.6e+08    2.7e+08     1.04  0.95754 
  6 N/A    0.5   12.3      6     0.41    2.1e+07    3.0e+07     1.44  0.28326 
  6   0    0.5   12.3      6     0.41    2.1e+07    2.8e+07     1.38  0.29541 
  6   1    0.5   12.3      6     0.41    2.2e+07    3.2e+07     1.49  0.27347 
  7 N/A    0.5   24.6     12     0.29    8.0e+07    1.7e+09    20.63  0.01399 
  7   0    0.5   24.6     12     0.29    6.5e+07    1.4e+09    20.81  0.01387 
  7   1    0.5   24.6     12     0.29    9.5e+07    1.9e+09    20.02  0.01442 
  8 N/A    0.5    4.1      2     0.71    1.3e+09    8.4e+09     6.55  0.10793 
  8   0    0.5    4.1      2     0.71    1.2e+09    7.3e+09     5.96  0.11863 
  8   1    0.5    4.1      2     0.71    1.4e+09    9.5e+09     6.97  0.10140 
  9 N/A    0.5   12.3      6     0.41    3.3e+09    1.9e+10     5.64  0.07243 
  9   0    0.5   12.3      6     0.41    3.3e+09    1.9e+10     5.66  0.07209 
  9   1    0.5   12.3      6     0.41    3.4e+09    1.9e+10     5.61  0.07275 
 10 N/A    0.5   24.6     12     0.29    5.3e+09    1.9e+10     3.60  0.08021 
 10   0    0.5   24.6     12     0.29    5.2e+09    1.9e+10     3.60  0.08009 
 10   1    0.5   24.6     12     0.29    5.3e+09    1.9e+10     3.59  0.08034 
 11 N/A    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.05  0.94866 
 11   0    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.06  0.94554 
 11   1    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.05  0.95195 
 12 N/A    0.5   14.3      7     0.38    1.4e+09    1.0e+09     0.74  0.51001 
 12   0    0.5   14.3      7     0.38    1.4e+09    8.9e+08     0.65  0.58039 
 12   1    0.5   14.3      7     0.38    1.4e+09    1.1e+09     0.82  0.46140 
 13 N/A    0.5   26.6     13     0.28    3.3e+09    1.8e+09     0.56  0.49566 
 13   0    0.5   26.6     13     0.28    3.3e+09    1.8e+09     0.55  0.50619 
 13   1    0.5   26.6     13     0.28    3.3e+09    1.9e+09     0.57  0.48562 
 14 N/A    0.5   14.3      7     0.38    2.3e+09    1.5e+09     0.65  0.58446 
 14   0    0.5   14.3      7     0.38    2.3e+09    1.8e+09     0.76  0.50029 
 14   1    0.5   14.3      7     0.38    2.3e+09    1.2e+09     0.51  0.73807 
 15 N/A    0.5   14.3      7     0.38    2.3e+09    1.3e+09     0.55  0.68338 
 15   0    0.5   14.3      7     0.38    2.3e+09    1.1e+09     0.48  0.79566 
 15   1    0.5   14.3      7     0.38    2.4e+09    1.5e+09     0.62  0.61142 
 16 N/A    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.04  0.96475 
 16   0    0.5    2.0      1     1.00    2.7e+08    2.6e+08     0.99  1.01198 
 16   1    0.5    2.0      1     1.00    2.9e+08    3.1e+08     1.07  0.93123 
 17 N/A    0.5   14.3      7     0.38    2.0e+09    1.2e+09     0.60  0.62996 
 17   0    0.5   14.3      7     0.38    2.0e+09    1.3e+09     0.67  0.56081 
 17   1    0.5   14.3      7     0.38    2.0e+09    1.0e+09     0.52  0.73369 
 18 N/A    0.5   26.6     13     0.28    3.6e+09    1.9e+09     0.52  0.53153 
 18   0    0.5   26.6     13     0.28    3.6e+09    1.9e+09     0.53  0.52083 
 18   1    0.5   26.6     13     0.28    3.7e+09    1.9e+09     0.51  0.54268 
 19 N/A    0.5    2.0      1     1.00    7.8e+06    1.1e+08    13.81  0.07243 
 19   0    0.5    2.0      1     1.00    7.4e+06    1.1e+08    15.13  0.06608 
 19   1    0.5    2.0      1     1.00    8.3e+06    1.0e+08    12.60  0.07936 
 20 N/A    0.5   16.4      8     0.35    2.3e+09    1.4e+09     0.61  0.58320 
 20   0    0.5   16.4      8     0.35    2.3e+09    1.1e+09     0.50  0.70850 
 20   1    0.5   16.4      8     0.35    2.4e+09    1.6e+09     0.69  0.51304 
 21 N/A    0.5   26.6     13     0.28    4.0e+09    2.0e+09     0.49  0.56069 
 21   0    0.5   26.6     13     0.28    3.9e+09    1.8e+09     0.45  0.61931 
 21   1    0.5   26.6     13     0.28    4.0e+09    2.1e+09     0.54  0.51750 
 22 N/A    0.5    4.1      2     0.71    6.5e+08    5.6e+08     0.87  0.81615 
 22   0    0.5    4.1      2     0.71    6.4e+08    5.0e+08     0.78  0.90711 
 22   1    0.5    4.1      2     0.71    6.5e+08    6.1e+08     0.94  0.74854 
 23 N/A    0.5   16.4      8     0.35    2.6e+09    1.3e+09     0.50  0.70066 
 23   0    0.5   16.4      8     0.35    2.6e+09    1.4e+09     0.52  0.67983 
 23   1    0.5   16.4      8     0.35    2.6e+09    1.3e+09     0.49  0.72405 
 24 N/A    0.5   26.6     13     0.28    4.3e+09    2.0e+09     0.46  0.60101 
 24   0    0.5   26.6     13     0.28    4.3e+09    1.8e+09     0.43  0.64358 
 24   1    0.5   26.6     13     0.28    4.2e+09    2.1e+09     0.49  0.56572 

some of those e/m values are terrible: less than 10%.

rnb.removeBackground()  status:  Normalizing spectrum 0 with rmsc of 0.1066
rnb Calibration Warning:  Unknown xmit_sta found:  14.  Assuming DSS14
Using Observatory Gain Constant:  1.11452e+07
(num)     Gain Const  rtt    tsys     gain   pt        nfreq     dfreq     tau       rmsc      sdev 
(  0)    1.11452e+07   36.2  20.3   651.868    470         2  0.488281   360.448    0.1066  6.59811e-05

jsnr1 = 1018
jsnr2 = 1031

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1 -0.58 -0.04  0.05  3.35 10.39  8.15 10.86  8.06  8.22  6.98  1.69  0.39  1.04  0.75

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  0.93  1.18  3.14  1.15  7.95 10.53  9.07 12.01  8.08 10.52  1.14  0.88  0.48  0.12

Noise distribution is crummy.

Target 4660_Nereus             from file /data/ast1/4660_Nereus/goldstone/proc/cw/PSD02015RCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/15  10-oc  17:33:20  17:33:02  17:45:02   0.0   5.36e-05   3.18e-03  1.4e-04  3.5
Target 4660_Nereus             from file /data/ast1/4660_Nereus/goldstone/proc/cw/PSD02015RCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/15  10-sc  17:33:20  17:33:02  17:45:02   0.0   6.60e-05   4.43e-03  1.8e-04  3.7 1.3932 1.48128 1.31083


OCxsec = 3.2E-3 km^2
SC/OC  = 1.39 +/- 0.09

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

January 15, TX LCP
==================
solution 30, 10 runs

/usr/local/bin/rnb status:  removing background from 1 blocks of data
 S# clr  dfreq    tau  nffts    e_rms        ave       sdev    m_rms      e/m 
  0 N/A    0.5    6.1      3     0.58    9.7e+08    7.1e+08     0.73  0.79232 
  0   0    0.5    6.1      3     0.58    1.0e+09    7.7e+08     0.78  0.74313 
  0   1    0.5    6.1      3     0.58    9.5e+08    6.4e+08     0.67  0.86089 
  1 N/A    0.5   18.4      9     0.33    2.9e+09    1.5e+09     0.52  0.63556 
  1   0    0.5   18.4      9     0.33    2.9e+09    1.3e+09     0.45  0.74401 
  1   1    0.5   18.4      9     0.33    2.9e+09    1.7e+09     0.59  0.56513 
  2 N/A    0.5   26.6     13     0.28    4.2e+09    2.0e+09     0.48  0.57576 
  2   0    0.5   26.6     13     0.28    4.3e+09    2.0e+09     0.47  0.59261 
  2   1    0.5   26.6     13     0.28    4.2e+09    2.1e+09     0.50  0.56003 
  3 N/A    0.5    6.1      3     0.58    8.1e+08    6.7e+08     0.83  0.69333 
  3   0    0.5    6.1      3     0.58    8.1e+08    6.4e+08     0.79  0.73454 
  3   1    0.5    6.1      3     0.58    8.0e+08    7.0e+08     0.88  0.65750 
  4 N/A    0.5   18.4      9     0.33    2.8e+09    1.5e+09     0.54  0.61165 
  4   0    0.5   18.4      9     0.33    2.8e+09    1.6e+09     0.59  0.56835 
  4   1    0.5   18.4      9     0.33    2.7e+09    1.4e+09     0.50  0.67114 
  5 N/A    0.5   26.6     13     0.28    4.1e+09    2.0e+09     0.50  0.55898 
  5   0    0.5   26.6     13     0.28    4.1e+09    2.0e+09     0.49  0.56396 
  5   1    0.5   26.6     13     0.28    4.1e+09    2.0e+09     0.50  0.55398 
  6 N/A    0.5    8.2      4     0.50    1.3e+09    9.5e+08     0.73  0.68421 
  6   0    0.5    8.2      4     0.50    1.3e+09    1.1e+09     0.85  0.59124 
  6   1    0.5    8.2      4     0.50    1.3e+09    7.4e+08     0.58  0.85632 
  7 N/A    0.5   20.5     10     0.32    3.2e+09    1.6e+09     0.50  0.62817 
  7   0    0.5   20.5     10     0.32    3.2e+09    1.6e+09     0.51  0.61602 
  7   1    0.5   20.5     10     0.32    3.2e+09    1.6e+09     0.49  0.64080 
  8 N/A    0.5    6.1      3     0.58    9.9e+08    7.3e+08     0.74  0.78176 
  8   0    0.5    6.1      3     0.58    1.0e+09    8.0e+08     0.80  0.72421 
  8   1    0.5    6.1      3     0.58    9.7e+08    6.5e+08     0.67  0.86076 
  9 N/A    0.5    8.2      4     0.50    1.3e+09    8.5e+08     0.67  0.74969 
  9   0    0.5    8.2      4     0.50    1.2e+09    7.5e+08     0.61  0.82583 
  9   1    0.5    8.2      4     0.50    1.3e+09    9.4e+08     0.72  0.69725 
 10 N/A    0.5   20.5     10     0.32    3.2e+09    1.8e+09     0.54  0.58289 
 10   0    0.5   20.5     10     0.32    3.2e+09    2.0e+09     0.61  0.52256 
 10   1    0.5   20.5     10     0.32    3.2e+09    1.5e+09     0.47  0.67010 
 11 N/A    0.5    6.1      3     0.58    9.6e+08    6.9e+08     0.71  0.80847 
 11   0    0.5    6.1      3     0.58    9.4e+08    6.0e+08     0.64  0.90383 
 11   1    0.5    6.1      3     0.58    9.8e+08    7.6e+08     0.78  0.74337 
 12 N/A    0.5   10.2      5     0.45    2.5e+08    5.9e+08     2.36  0.18951 
 12   0    0.5   10.2      5     0.45    2.6e+08    6.3e+08     2.46  0.18204 
 12   1    0.5   10.2      5     0.45    2.4e+08    5.4e+08     2.24  0.19957 
 13 N/A    0.5   22.5     11     0.30    2.2e+09    1.5e+09     0.67  0.44894 
 13   0    0.5   22.5     11     0.30    2.2e+09    1.4e+09     0.63  0.47838 
 13   1    0.5   22.5     11     0.30    2.2e+09    1.6e+09     0.71  0.42491 
 14 N/A    0.5    4.1      2     0.71    6.6e+08    5.8e+08     0.88  0.80689 
 14   0    0.5    4.1      2     0.71    6.7e+08    6.3e+08     0.94  0.74941 
 14   1    0.5    4.1      2     0.71    6.5e+08    5.2e+08     0.80  0.88589 
 15 N/A    0.5   10.2      5     0.45    1.6e+09    9.7e+08     0.61  0.73898 
 15   0    0.5   10.2      5     0.45    1.6e+09    8.2e+08     0.52  0.86587 
 15   1    0.5   10.2      5     0.45    1.6e+09    1.1e+09     0.68  0.65916 
 16 N/A    0.5   22.5     11     0.30    3.6e+09    1.7e+09     0.48  0.62395 
 16   0    0.5   22.5     11     0.30    3.6e+09    1.8e+09     0.50  0.60124 
 16   1    0.5   22.5     11     0.30    3.5e+09    1.6e+09     0.46  0.64993 
 17 N/A    0.5    4.1      2     0.71    6.3e+08    5.0e+08     0.79  0.89091 
 17   0    0.5    4.1      2     0.71    6.2e+08    4.5e+08     0.73  0.97219 
 17   1    0.5    4.1      2     0.71    6.4e+08    5.4e+08     0.85  0.82982 
 18 N/A    0.5   12.3      6     0.41    1.9e+09    1.2e+09     0.63  0.65049 
 18   0    0.5   12.3      6     0.41    1.9e+09    1.4e+09     0.71  0.57365 
 18   1    0.5   12.3      6     0.41    1.9e+09    1.0e+09     0.53  0.77156 
 19 N/A    0.5   24.6     12     0.29    3.9e+09    2.1e+09     0.53  0.54142 
 19   0    0.5   24.6     12     0.29    3.8e+09    2.0e+09     0.53  0.54791 
 19   1    0.5   24.6     12     0.29    3.9e+09    2.1e+09     0.54  0.53531 
 20 N/A    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.12  0.89517 
 20   0    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.11  0.90229 
 20   1    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.13  0.88793 
 21 N/A    0.5   12.3      6     0.41    1.9e+09    1.2e+09     0.61  0.66687 
 21   0    0.5   12.3      6     0.41    1.9e+09    1.0e+09     0.55  0.74704 
 21   1    0.5   12.3      6     0.41    1.9e+09    1.3e+09     0.67  0.61056 
 22 N/A    0.5   24.6     12     0.29    3.8e+09    1.8e+09     0.48  0.59684 
 22   0    0.5   24.6     12     0.29    3.8e+09    1.9e+09     0.50  0.57775 
 22   1    0.5   24.6     12     0.29    3.8e+09    1.8e+09     0.47  0.61809 
 23 N/A    0.5    4.1      2     0.71    6.4e+08    5.5e+08     0.86  0.82323 
 23   0    0.5    4.1      2     0.71    6.4e+08    4.9e+08     0.76  0.92726 
 23   1    0.5    4.1      2     0.71    6.5e+08    6.1e+08     0.94  0.74940 
 24 N/A    0.5   12.3      6     0.41    1.9e+08    5.9e+08     3.19  0.12787 
 24   0    0.5   12.3      6     0.41    1.9e+08    5.7e+08     3.09  0.13208 
 24   1    0.5   12.3      6     0.41    1.9e+08    6.2e+08     3.29  0.12412 
 25 N/A    0.5   24.6     12     0.29    2.0e+09    1.6e+09     0.79  0.36450 
 25   0    0.5   24.6     12     0.29    2.0e+09    1.4e+09     0.74  0.38910 
 25   1    0.5   24.6     12     0.29    2.0e+09    1.7e+09     0.84  0.34517 
 26 N/A    0.5    4.1      2     0.71    5.9e+08    5.5e+08     0.94  0.75290 
 26   0    0.5    4.1      2     0.71    6.0e+08    6.4e+08     1.07  0.65807 
 26   1    0.5    4.1      2     0.71    5.8e+08    4.5e+08     0.77  0.91813 
 27 N/A    0.5   12.3      6     0.41    1.9e+09    1.1e+09     0.57  0.71064 
 27   0    0.5   12.3      6     0.41    1.9e+09    9.8e+08     0.53  0.77345 
 27   1    0.5   12.3      6     0.41    1.9e+09    1.2e+09     0.62  0.66354 
 28 N/A    0.5   24.6     12     0.29    3.8e+09    1.8e+09     0.48  0.59958 
 28   0    0.5   24.6     12     0.29    3.8e+09    1.9e+09     0.51  0.57112 
 28   1    0.5   24.6     12     0.29    3.8e+09    1.7e+09     0.46  0.63261 
 29 N/A    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.12  0.89274 
 29   0    0.5    2.0      1     1.00    3.1e+08    3.4e+08     1.08  0.92573 
 29   1    0.5    2.0      1     1.00    3.2e+08    3.7e+08     1.16  0.86346 

e/m values are better than last file, but still not as close to unity as
one would like.

rnb.removeBackground()  status:  Normalizing spectrum 0 with rmsc of 0.100504
rnb Calibration Warning:  Unknown xmit_sta found:  14.  Assuming DSS14
Using Observatory Gain Constant:  1.11452e+07
(num)     Gain Const  rtt    tsys     gain   pt        nfreq     dfreq     tau       rmsc      sdev 
(  0)    1.11452e+07  36.18  20.3   660.259    470         2  0.488281   405.504  0.100504  6.12779e-05

jsnr1 = 1018
jsnr2 = 1031


rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  0.54  0.50 -0.14  2.66  6.89  8.04  7.55  9.94  6.97  5.65  1.92  0.85 -0.09  0.72

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  0.05 -0.16  1.13  1.84 10.11 10.83 11.49 10.98 14.63 11.07  0.59  2.28  1.89  0.02

Target 4660_Nereus         from file /data/ast1/4660_Nereus/goldstone/proc/cw/PSD02015LCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/15  10-oc  17:47:06  17:47:03  17:58:53   0.0   4.98e-05   2.59e-03  1.4e-04  3.7
Target 4660_Nereus         from file /data/ast1/4660_Nereus/goldstone/proc/cw/PSD02015LCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/15  10-sc  17:47:06  17:47:03  17:58:53   0.0   6.13e-05   4.70e-03  1.6e-04  3.5 1.81572 1.93565 1.70588

OCxsec = 2.6E-3 km^2
SC/OC  = 1.82 +/- 0.12

The ratio is MUCH higher than I've see from other data, even on the same day.

I just remembered that I need to switch the OC channel in the reduction process
when processing data where we transmitted LCP.  We normally transmit RCP
and usually OC is in receiver #1.  But if we're transmitting LCP, we didn't 
switch the receiver cables, so OC will be in channel #2.  Thus...some of the
dates that I've reduced where we transmitted LCP have the wrong values of OCxsec
and SC/OC.  Rats...  Not that it will matter in this case, because the cross sections
are bad, but I need to go back and do some of these again.

Repeat Jan. 15, tx LCP:
I explicitly toggled the OC channel in the reduction to #2 (using tkrdfreduc).

Don't need to delete any of the hops.

198 ffts.



Target 4660_Nereus         from file /data/ast1/4660_Nereus/goldstone/proc/cw/PSD02015LCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/15  10-oc  17:47:06  17:47:03  17:58:53   0.0   6.13e-05   4.70e-03  1.6e-04  3.5
Target 4660_Nereus         from file /data/ast1/4660_Nereus/goldstone/proc/cw/PSD02015LCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/15  10-sc  17:47:06  17:47:03  17:58:53   0.0   4.98e-05   2.59e-03  1.4e-04  3.7 0.550744 0.586208 0.516622

OCxsec = 4.7 E-3 km^2
SC/OC  = 0.55 +/- 0.04

- - - - - - - - - - - - - - - - - - - - 

Jan. 19, TX LCP
===============
solution 34
10 runs

e/m  values fluctuate wildly but none are infinity.

202 ffts

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  0.80  0.32  0.38  2.81  5.96  6.42  5.85  7.16  5.24 -0.68  0.54  1.64  0.69  1.43

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1 -0.05 -0.21  0.11  0.34  5.67  8.16  6.28  5.45  4.11  0.96  0.39  0.47  0.04 -0.34

Target 4660_Nereus         from file /data/ast1/4660_Nereus/goldstone/proc/cw/PSD02019LCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/19  10-oc  23:23:37  23:23:06  23:33:26   0.0   2.95e-05   1.14e-03  8.0e-05  3.6
Target 4660_Nereus         from file /data/ast1/4660_Nereus/goldstone/proc/cw/PSD02019LCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/19  10-sc  23:23:37  23:23:06  23:33:26   0.0   2.40e-05   7.53e-04  5.5e-05  2.6 0.661331 0.731811 0.597353

OCxsec = 1.14 E-3 km^2
SC/OC  = 0.66 +/- 0.07

Ratio is discordant with the spectra--the difference is in kmsq/sdev between the
channels.  Noise histograms are screwed up.


- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 

Jan. 23, TX LCP
===============
10 runs, solution 36

need to delete hop#6 (one-based counting) because tau = 0.0 seconds.

195 ffts

Target 4660_Nereus           from file /data/ast1/4660_Nereus/goldstone/proc/cw/PSD02023LCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/23  10-oc  15:16:47  15:16:05  15:26:15   0.0   2.64e-05   8.44e-04  6.9e-05  3.4
Target 4660_Nereus           from file /data/ast1/4660_Nereus/goldstone/proc/cw/PSD02023LCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/23  10-sc  15:16:47  15:16:05  15:26:15   0.0   2.15e-05   6.85e-04  5.1e-05  2.8 0.810606 0.90645 0.725754

OCxsec = 8.4E-4 km^2
SC/OC  = 0.81 +/- 0.10

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 

Jan. 29, TX LCP
===============
10 runs, solution 38

need to delete hop #17, one-based counting.

Yawn...this is really boring.

192 ffts


Target 4660_Nereus           from file /data/ast1/4660_Nereus/goldstone/proc/cw/PSD02029LCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/29  10-oc  14:20:36  14:20:02  14:32:42   0.0   6.40e-05   1.99e-03  1.4e-04  2.3
Target 4660_Nereus           from file /data/ast1/4660_Nereus/goldstone/proc/cw/PSD02029LCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/29  10-sc  14:20:36  14:20:02  14:32:42   0.0   5.20e-05   1.54e-03  1.0e-04  1.9 0.770716 0.849602 0.69949

OCxsec = 2.0E-3 km^2
SC/OC  = 0.77 +/- 0.08

why are the kmsq/sdev values so different?

- - - - - - - - - - - - - - - - - - - - - - - - - - - - -  --

Summary
=======

TX RCP
Date    OCxsec  SC/OC
----    ------  -----
Jan 15  3.2E-3  1.39 +/- 0.09
Jan 19  7.8E-4  1.3  +/- 0.1
Jan 23  9.5E-4  0.96 +/- 0.09
Jan 25  1.8E-3  1.1  +/- 0.1
Jan 29  1.8E-3  1.0  +/- 0.1

TX LCP
Jan 15  2.0E-3  0.77 +/- 0.08
Jan 19  8.4E-4  0.81 +/- 0.10
Jan 23  1.1E-3  0.66 +/- 0.07
Jan 25  <----- no data ----->
Jan 29  4.7E-3  0.55 +/- 0.04

- - - - - - - - - - - - - - - - - - - - - - - - - - - - -  --

Reduce the VOLT file on one day for comparison: January 15

VOLT02015RCP.4660_Nereus

TX RCP

Use 4096 FFT for direct comparison with the PSD file.

usr/local/bin/rnb status:  removing background from 1 blocks of data
 S# clr  dfreq    tau  nffts    e_rms        ave       sdev    m_rms      e/m 
  0 N/A    0.5    2.0      1     1.00    2.1e+07    2.8e+07     1.35  0.74023 
  0   0    0.5    2.0      1     1.00    2.0e+07    2.8e+07     1.37  0.73053 
  0   1    0.5    2.0      1     1.00    2.2e+07    2.9e+07     1.33  0.75045 
  1 N/A    0.5    2.0      1     1.00    4.3e+05    2.6e+06     6.00  0.16662 
  1   0    0.5    2.0      1     1.00    4.3e+05    2.5e+06     5.88  0.17009 
  1   1    0.5    2.0      1     1.00    4.3e+05    2.6e+06     6.12  0.16331 
  2 N/A    0.5    2.0      1     1.00    4.0e+05    2.2e+06     5.51  0.18151 
  2   0    0.5    2.0      1     1.00    4.0e+05    2.3e+06     5.75  0.17403 
  2   1    0.5    2.0      1     1.00    4.1e+05    2.1e+06     5.27  0.18986 
  3 N/A    0.5    2.0      1     1.00    3.9e+05    2.2e+06     5.47  0.18287 
  3   0    0.5    2.0      1     1.00    3.9e+05    2.3e+06     5.89  0.16988 
  3   1    0.5    2.0      1     1.00    3.9e+05    2.0e+06     5.02  0.19927 
  4 N/A    0.5    2.0      1     1.00    3.8e+05    2.0e+06     5.33  0.18776 
  4   0    0.5    2.0      1     1.00    3.9e+05    2.1e+06     5.58  0.17936 
  4   1    0.5    2.0      1     1.00    3.8e+05    1.9e+06     5.05  0.19800 
  5 N/A    0.5    2.0      1     1.00    7.4e+05    1.1e+07    15.40  0.06493 
  5   0    0.5    2.0      1     1.00    6.6e+05    1.0e+07    15.35  0.06516 
  5   1    0.5    2.0      1     1.00    8.1e+05    1.2e+07    15.31  0.06533 
  6 N/A    0.5    2.0      1     1.00    3.9e+05    2.1e+06     5.29  0.18920 
  6   0    0.5    2.0      1     1.00    4.0e+05    2.2e+06     5.45  0.18345 
  6   1    0.5    2.0      1     1.00    3.8e+05    1.9e+06     5.10  0.19624 
  7 N/A    0.5    2.0      1     1.00    3.8e+05    1.8e+06     4.85  0.20638 
  7   0    0.5    2.0      1     1.00    3.8e+05    1.9e+06     4.99  0.20025 
  7   1    0.5    2.0      1     1.00    3.7e+05    1.7e+06     4.68  0.21352 
  8 N/A    0.5    2.0      1     1.00    3.6e+05    1.9e+06     5.13  0.19505 
  8   0    0.5    2.0      1     1.00    3.7e+05    2.0e+06     5.29  0.18893 
  8   1    0.5    2.0      1     1.00    3.6e+05    1.8e+06     4.94  0.20223 
  9 N/A    0.5    2.0      1     1.00    3.7e+05    1.8e+06     4.94  0.20228 
  9   0    0.5    2.0      1     1.00    3.8e+05    2.0e+06     5.29  0.18903 
  9   1    0.5    2.0      1     1.00    3.6e+05    1.7e+06     4.53  0.22055 
 10 N/A    0.5    2.0      1     1.00    3.6e+05    1.8e+06     4.93  0.20272 
 10   0    0.5    2.0      1     1.00    3.7e+05    1.9e+06     5.10  0.19596 
 10   1    0.5    2.0      1     1.00    3.6e+05    1.7e+06     4.75  0.21054 
 11 N/A    0.5    2.0      1     1.00    3.8e+05    1.8e+06     4.72  0.21203 
 11   0    0.5    2.0      1     1.00    3.9e+05    1.9e+06     4.89  0.20456 
 11   1    0.5    2.0      1     1.00    3.8e+05    1.7e+06     4.53  0.22087 
 12 N/A    0.5    2.0      1     1.00    3.8e+05    1.8e+06     4.81  0.20805 
 12   0    0.5    2.0      1     1.00    3.7e+05    1.9e+06     5.00  0.19991 
 12   1    0.5    2.0      1     1.00    3.8e+05    1.7e+06     4.61  0.21696 
 13 N/A    0.5    2.0      1     1.00    7.4e+07    1.4e+08     1.94  0.51415 
 13   0    0.5    2.0      1     1.00    7.3e+07    1.2e+08     1.66  0.60240 
 13   1    0.5    2.0      1     1.00    7.4e+07    1.6e+08     2.19  0.45634 
 14 N/A    0.5    2.0      1     1.00    1.6e+08    2.0e+08     1.23  0.81443 
 14   0    0.5    2.0      1     1.00    1.7e+08    2.2e+08     1.33  0.75390 
 14   1    0.5    2.0      1     1.00    1.5e+08    1.7e+08     1.10  0.91033 
 15 N/A    0.5    2.0      1     1.00    2.5e+08    2.9e+08     1.15  0.86874 
 15   0    0.5    2.0      1     1.00    2.6e+08    3.2e+08     1.22  0.81775 
 15   1    0.5    2.0      1     1.00    2.5e+08    2.6e+08     1.07  0.93793 
 16 N/A    0.5    2.0      1     1.00    2.6e+08    2.9e+08     1.14  0.87891 
 16   0    0.5    2.0      1     1.00    2.6e+08    3.1e+08     1.20  0.83314 
 16   1    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.07  0.93086 
 17 N/A    0.5    2.0      1     1.00    2.5e+08    2.9e+08     1.17  0.85281 
 17   0    0.5    2.0      1     1.00    2.5e+08    2.9e+08     1.15  0.87111 
 17   1    0.5    2.0      1     1.00    2.4e+08    2.9e+08     1.20  0.83459 
 18 N/A    0.5    2.0      1     1.00    2.7e+08    3.0e+08     1.13  0.88224 
 18   0    0.5    2.0      1     1.00    2.7e+08    3.2e+08     1.20  0.83177 
 18   1    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.06  0.94034 
 19 N/A    0.5    2.0      1     1.00    2.6e+08    2.7e+08     1.03  0.96825 
 19   0    0.5    2.0      1     1.00    2.6e+08    2.6e+08     0.99  1.01512 
 19   1    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.08  0.92827 
 20 N/A    0.5    2.0      1     1.00    2.6e+08    3.2e+08     1.21  0.82755 
 20   0    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.06  0.94620 
 20   1    0.5    2.0      1     1.00    2.6e+08    3.5e+08     1.34  0.74463 
 21 N/A    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.10  0.91284 
 21   0    0.5    2.0      1     1.00    2.6e+08    2.9e+08     1.13  0.88310 
 21   1    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.06  0.94550 
 22 N/A    0.5    2.0      1     1.00    2.6e+08    3.1e+08     1.17  0.85513 
 22   0    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.05  0.94911 
 22   1    0.5    2.0      1     1.00    2.6e+08    3.3e+08     1.28  0.78324 
 23 N/A    0.5    2.0      1     1.00    2.6e+08    3.1e+08     1.19  0.83969 
 23   0    0.5    2.0      1     1.00    2.5e+08    2.8e+08     1.13  0.88835 
 23   1    0.5    2.0      1     1.00    2.6e+08    3.3e+08     1.25  0.80164 
 24 N/A    0.5    2.0      1     1.00    2.6e+08    2.7e+08     1.04  0.95912 
 24   0    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.08  0.92484 
 24   1    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.01  0.99501 
 25 N/A    0.5    2.0      1     1.00    2.7e+08    3.1e+08     1.17  0.85159 
 25   0    0.5    2.0      1     1.00    2.8e+08    3.6e+08     1.28  0.77931 
 25   1    0.5    2.0      1     1.00    2.6e+08    2.7e+08     1.03  0.97173 
 26 N/A    0.5    2.0      1     1.00    4.6e+05    3.1e+06     6.65  0.15026 
 26   0    0.5    2.0      1     1.00    4.5e+05    3.0e+06     6.72  0.14889 
 26   1    0.5    2.0      1     1.00    4.8e+05    3.1e+06     6.60  0.15159 
 27 N/A    0.5    2.0      1     1.00    4.2e+05    2.4e+06     5.80  0.17235 
 27   0    0.5    2.0      1     1.00    4.2e+05    2.5e+06     6.03  0.16585 
 27   1    0.5    2.0      1     1.00    4.2e+05    2.4e+06     5.57  0.17946 
 28 N/A    0.5    2.0      1     1.00    3.9e+05    2.0e+06     5.12  0.19529 
 28   0    0.5    2.0      1     1.00    4.0e+05    2.0e+06     5.13  0.19496 
 28   1    0.5    2.0      1     1.00    3.9e+05    2.0e+06     5.11  0.19558 
 29 N/A    0.5    2.0      1     1.00    3.8e+05    1.9e+06     5.04  0.19826 
 29   0    0.5    2.0      1     1.00    3.8e+05    1.9e+06     5.09  0.19643 
 29   1    0.5    2.0      1     1.00    3.8e+05    1.9e+06     5.00  0.20011 
 30 N/A    0.5    2.0      1     1.00    3.8e+05    1.9e+06     5.06  0.19772 
 30   0    0.5    2.0      1     1.00    3.8e+05    1.9e+06     5.08  0.19702 
 30   1    0.5    2.0      1     1.00    3.8e+05    1.9e+06     5.04  0.19837 
 31 N/A    0.5    2.0      1     1.00    3.8e+05    1.8e+06     4.69  0.21320 
 31   0    0.5    2.0      1     1.00    3.7e+05    1.8e+06     4.88  0.20481 
 31   1    0.5    2.0      1     1.00    3.8e+05    1.7e+06     4.49  0.22261 
 32 N/A    0.5    2.0      1     1.00    3.8e+05    1.8e+06     4.79  0.20878 
 32   0    0.5    2.0      1     1.00    3.8e+05    1.9e+06     4.93  0.20295 
 32   1    0.5    2.0      1     1.00    3.8e+05    1.7e+06     4.65  0.21525 
 33 N/A    0.5    2.0      1     1.00    3.8e+05    1.8e+06     4.83  0.20702 
 33   0    0.5    2.0      1     1.00    3.9e+05    1.9e+06     4.94  0.20233 
 33   1    0.5    2.0      1     1.00    3.7e+05    1.7e+06     4.70  0.21265 
 34 N/A    0.5    2.0      1     1.00    3.9e+05    1.7e+06     4.49  0.22281 
 34   0    0.5    2.0      1     1.00    3.9e+05    1.8e+06     4.69  0.21312 
 34   1    0.5    2.0      1     1.00    3.8e+05    1.6e+06     4.26  0.23462 
 35 N/A    0.5    2.0      1     1.00    3.8e+05    1.9e+06     5.12  0.19527 
 35   0    0.5    2.0      1     1.00    3.8e+05    2.0e+06     5.29  0.18913 
 35   1    0.5    2.0      1     1.00    3.7e+05    1.8e+06     4.93  0.20264 
 36 N/A    0.5    2.0      1     1.00    5.7e+07    1.6e+09    28.64  0.03492 
 36   0    0.5    2.0      1     1.00    4.2e+07    1.3e+09    31.55  0.03170 
 36   1    0.5    2.0      1     1.00    7.2e+07    1.9e+09    26.28  0.03805 
 37 N/A    0.5    2.0      1     1.00    1.1e+09    8.3e+09     7.88  0.12695 
 37   0    0.5    2.0      1     1.00    9.8e+08    7.1e+09     7.24  0.13806 
 37   1    0.5    2.0      1     1.00    1.1e+09    9.3e+09     8.30  0.12042 
 38 N/A    0.5    2.0      1     1.00    2.3e+08    2.6e+08     1.12  0.89664 
 38   0    0.5    2.0      1     1.00    2.3e+08    2.5e+08     1.08  0.92570 
 38   1    0.5    2.0      1     1.00    2.4e+08    2.7e+08     1.15  0.87084 
 39 N/A    0.5    2.0      1     1.00    7.9e+08    8.8e+09    11.11  0.09000 
 39   0    0.5    2.0      1     1.00    7.9e+08    1.0e+10    12.99  0.07700 
 39   1    0.5    2.0      1     1.00    7.9e+08    7.0e+09     8.84  0.11314 
 40 N/A    0.5    2.0      1     1.00    2.8e+08    2.2e+09     8.04  0.12440 
 40   0    0.5    2.0      1     1.00    2.6e+08    1.8e+09     6.80  0.14713 
 40   1    0.5    2.0      1     1.00    2.9e+08    2.6e+09     8.91  0.11227 
 41 N/A    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.08  0.92545 
 41   0    0.5    2.0      1     1.00    2.7e+08    3.0e+08     1.11  0.90293 
 41   1    0.5    2.0      1     1.00    2.6e+08    2.7e+08     1.05  0.95347 
 42 N/A    0.5    2.0      1     1.00    3.1e+08    3.8e+08     1.21  0.82483 
 42   0    0.5    2.0      1     1.00    3.1e+08    4.4e+08     1.39  0.71865 
 42   1    0.5    2.0      1     1.00    3.1e+08    3.1e+08     1.00  1.00269 
 43 N/A    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.07  0.93136 
 43   0    0.5    2.0      1     1.00    3.1e+08    3.4e+08     1.10  0.91124 
 43   1    0.5    2.0      1     1.00    3.0e+08    3.2e+08     1.05  0.95462 
 44 N/A    0.5    2.0      1     1.00    3.2e+08    3.7e+08     1.16  0.85867 
 44   0    0.5    2.0      1     1.00    3.1e+08    3.1e+08     1.00  1.00220 
 44   1    0.5    2.0      1     1.00    3.2e+08    4.2e+08     1.30  0.76997 
 45 N/A    0.5    2.0      1     1.00    3.2e+08    3.7e+08     1.15  0.87153 
 45   0    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.05  0.94992 
 45   1    0.5    2.0      1     1.00    3.3e+08    4.0e+08     1.23  0.81329 
 46 N/A    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.06  0.94209 
 46   0    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.03  0.97317 
 46   1    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.10  0.91182 
 47 N/A    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.03  0.96743 
 47   0    0.5    2.0      1     1.00    3.2e+08    3.2e+08     1.00  0.99642 
 47   1    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.06  0.94079 
 48 N/A    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.08  0.92633 
 48   0    0.5    2.0      1     1.00    3.0e+08    3.1e+08     1.00  0.99844 
 48   1    0.5    2.0      1     1.00    3.3e+08    3.8e+08     1.14  0.87938 
 49 N/A    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.06  0.93969 
 49   0    0.5    2.0      1     1.00    3.1e+08    3.1e+08     1.00  1.00258 
 49   1    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.12  0.89119 
 50 N/A    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.05  0.94866 
 50   0    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.06  0.94554 
 50   1    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.05  0.95195 
 51 N/A    0.5    2.0      1     1.00    8.1e+06    1.1e+08    13.01  0.07685 
 51   0    0.5    2.0      1     1.00    7.7e+06    1.1e+08    13.97  0.07156 
 51   1    0.5    2.0      1     1.00    8.4e+06    1.0e+08    12.13  0.08245 
 52 N/A    0.5    2.0      1     1.00    1.5e+08    2.2e+08     1.45  0.68916 
 52   0    0.5    2.0      1     1.00    1.5e+08    1.9e+08     1.27  0.78633 
 52   1    0.5    2.0      1     1.00    1.6e+08    2.5e+08     1.59  0.63038 
 53 N/A    0.5    2.0      1     1.00    3.0e+08    3.7e+08     1.25  0.79825 
 53   0    0.5    2.0      1     1.00    2.9e+08    3.1e+08     1.07  0.93108 
 53   1    0.5    2.0      1     1.00    3.0e+08    4.2e+08     1.40  0.71588 
 54 N/A    0.5    2.0      1     1.00    3.0e+08    3.2e+08     1.04  0.96093 
 54   0    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.06  0.94503 
 54   1    0.5    2.0      1     1.00    3.0e+08    3.0e+08     1.02  0.97965 
 55 N/A    0.5    2.0      1     1.00    3.0e+08    3.2e+08     1.06  0.94026 
 55   0    0.5    2.0      1     1.00    3.0e+08    3.1e+08     1.02  0.97902 
 55   1    0.5    2.0      1     1.00    3.0e+08    3.4e+08     1.10  0.90580 
 56 N/A    0.5    2.0      1     1.00    3.1e+08    3.1e+08     1.01  0.98873 
 56   0    0.5    2.0      1     1.00    3.1e+08    3.0e+08     0.97  1.02975 
 56   1    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.05  0.95310 
 57 N/A    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.10  0.90848 
 57   0    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.12  0.89494 
 57   1    0.5    2.0      1     1.00    3.1e+08    3.4e+08     1.08  0.92391 
 58 N/A    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.13  0.88614 
 58   0    0.5    2.0      1     1.00    3.2e+08    3.8e+08     1.19  0.84330 
 58   1    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.06  0.94260 
 59 N/A    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.10  0.90648 
 59   0    0.5    2.0      1     1.00    3.2e+08    3.7e+08     1.15  0.86916 
 59   1    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.05  0.95137 
 60 N/A    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.14  0.88041 
 60   0    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.13  0.88183 
 60   1    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.14  0.87878 
 61 N/A    0.5    2.0      1     1.00    3.1e+08    3.5e+08     1.12  0.89506 
 61   0    0.5    2.0      1     1.00    3.1e+08    3.8e+08     1.21  0.82717 
 61   1    0.5    2.0      1     1.00    3.1e+08    3.2e+08     1.02  0.98168 
 62 N/A    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.11  0.90220 
 62   0    0.5    2.0      1     1.00    3.1e+08    3.5e+08     1.12  0.89491 
 62   1    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.10  0.90939 
 63 N/A    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.06  0.94564 
 63   0    0.5    2.0      1     1.00    3.2e+08    3.2e+08     1.02  0.97950 
 63   1    0.5    2.0      1     1.00    3.1e+08    3.4e+08     1.09  0.91444 
 64 N/A    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.05  0.95254 
 64   0    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.09  0.92125 
 64   1    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.01  0.98659 
 65 N/A    0.5    2.0      1     1.00    3.3e+08    3.8e+08     1.17  0.85681 
 65   0    0.5    2.0      1     1.00    3.2e+08    4.0e+08     1.25  0.80145 
 65   1    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.08  0.92223 
 66 N/A    0.5    2.0      1     1.00    3.3e+08    3.8e+08     1.15  0.86810 
 66   0    0.5    2.0      1     1.00    3.3e+08    4.1e+08     1.24  0.80968 
 66   1    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.06  0.94376 
 67 N/A    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.09  0.92129 
 67   0    0.5    2.0      1     1.00    3.4e+08    3.9e+08     1.13  0.88571 
 67   1    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.03  0.96986 
 68 N/A    0.5    2.0      1     1.00    3.3e+08    4.1e+08     1.24  0.80409 
 68   0    0.5    2.0      1     1.00    3.3e+08    4.4e+08     1.36  0.73474 
 68   1    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.11  0.89803 
 69 N/A    0.5    2.0      1     1.00    3.4e+08    4.2e+08     1.24  0.80779 
 69   0    0.5    2.0      1     1.00    3.4e+08    4.9e+08     1.43  0.69762 
 69   1    0.5    2.0      1     1.00    3.4e+08    3.4e+08     1.00  0.99823 
 70 N/A    0.5    2.0      1     1.00    3.4e+08    4.3e+08     1.28  0.78321 
 70   0    0.5    2.0      1     1.00    3.4e+08    4.8e+08     1.41  0.71098 
 70   1    0.5    2.0      1     1.00    3.3e+08    3.8e+08     1.13  0.88643 
 71 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.05  0.95528 
 71   0    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.00  0.99668 
 71   1    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.08  0.92263 
 72 N/A    0.5    2.0      1     1.00    3.3e+08    4.1e+08     1.25  0.80311 
 72   0    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.01  0.98599 
 72   1    0.5    2.0      1     1.00    3.4e+08    4.8e+08     1.42  0.70261 
 73 N/A    0.5    2.0      1     1.00    3.3e+08    3.8e+08     1.15  0.86720 
 73   0    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.05  0.95565 
 73   1    0.5    2.0      1     1.00    3.3e+08    4.1e+08     1.25  0.80264 
 74 N/A    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.10  0.91150 
 74   0    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.05  0.95169 
 74   1    0.5    2.0      1     1.00    3.4e+08    3.8e+08     1.14  0.87637 
 75 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.04  0.95772 
 75   0    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.00  0.99908 
 75   1    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.08  0.92205 
 76 N/A    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.08  0.92346 
 76   0    0.5    2.0      1     1.00    3.4e+08    3.4e+08     1.01  0.99299 
 76   1    0.5    2.0      1     1.00    3.2e+08    3.8e+08     1.16  0.86213 
 77 N/A    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.05  0.95151 
 77   0    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.00  0.99647 
 77   1    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.10  0.91305 
 78 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.05  0.95050 
 78   0    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.04  0.95903 
 78   1    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.06  0.94234 
 79 N/A    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.11  0.90129 
 79   0    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.04  0.96233 
 79   1    0.5    2.0      1     1.00    3.3e+08    3.9e+08     1.18  0.84782 
 80 N/A    0.5    2.0      1     1.00    3.3e+08    4.6e+08     1.37  0.72988 
 80   0    0.5    2.0      1     1.00    3.2e+08    3.2e+08     1.00  0.99873 
 80   1    0.5    2.0      1     1.00    3.5e+08    5.6e+08     1.62  0.61759 
 81 N/A    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.09  0.91336 
 81   0    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.06  0.94686 
 81   1    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.13  0.88527 
 82 N/A    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.06  0.94139 
 82   0    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.06  0.94412 
 82   1    0.5    2.0      1     1.00    3.5e+08    3.7e+08     1.06  0.93921 
 83 N/A    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.08  0.92507 
 83   0    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.09  0.91603 
 83   1    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.07  0.93396 
 84 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.06  0.94493 
 84   0    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.06  0.94441 
 84   1    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.06  0.94629 
 85 N/A    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.04  0.96338 
 85   0    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.05  0.95624 
 85   1    0.5    2.0      1     1.00    3.1e+08    3.2e+08     1.03  0.97430 
 86 N/A    0.5    2.0      1     1.00    3.3e+08    4.1e+08     1.26  0.79463 
 86   0    0.5    2.0      1     1.00    3.3e+08    4.8e+08     1.44  0.69581 
 86   1    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.03  0.96647 
 87 N/A    0.5    2.0      1     1.00    3.3e+08    3.8e+08     1.12  0.88926 
 87   0    0.5    2.0      1     1.00    3.4e+08    4.1e+08     1.21  0.82565 
 87   1    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.03  0.97411 
 88 N/A    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.03  0.97028 
 88   0    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.03  0.97465 
 88   1    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.03  0.96669 
 89 N/A    0.5    2.0      1     1.00    3.2e+08    3.9e+08     1.21  0.82352 
 89   0    0.5    2.0      1     1.00    3.3e+08    4.3e+08     1.29  0.77456 
 89   1    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.13  0.88742 
 90 N/A    0.5    2.0      1     1.00    2.9e+08    3.4e+08     1.15  0.87247 
 90   0    0.5    2.0      1     1.00    3.0e+08    3.5e+08     1.18  0.84770 
 90   1    0.5    2.0      1     1.00    2.9e+08    3.2e+08     1.11  0.90042 
 91 N/A    0.5    2.0      1     1.00    2.9e+08    3.1e+08     1.10  0.91240 
 91   0    0.5    2.0      1     1.00    2.9e+08    3.3e+08     1.14  0.87494 
 91   1    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.04  0.95727 
 92 N/A    0.5    2.0      1     1.00    2.8e+08    3.1e+08     1.10  0.90656 
 92   0    0.5    2.0      1     1.00    2.8e+08    3.4e+08     1.19  0.83828 
 92   1    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.00  1.00039 
 93 N/A    0.5    2.0      1     1.00    2.9e+08    3.3e+08     1.15  0.86996 
 93   0    0.5    2.0      1     1.00    3.0e+08    3.6e+08     1.21  0.82860 
 93   1    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.08  0.92657 
 94 N/A    0.5    2.0      1     1.00    2.9e+08    3.2e+08     1.13  0.88430 
 94   0    0.5    2.0      1     1.00    2.8e+08    3.4e+08     1.19  0.83711 
 94   1    0.5    2.0      1     1.00    2.9e+08    3.1e+08     1.07  0.93880 
 95 N/A    0.5    2.0      1     1.00    2.9e+08    4.1e+08     1.42  0.70451 
 95   0    0.5    2.0      1     1.00    2.9e+08    4.7e+08     1.65  0.60619 
 95   1    0.5    2.0      1     1.00    2.9e+08    3.3e+08     1.14  0.87337 
 96 N/A    0.5    2.0      1     1.00    2.8e+08    3.5e+08     1.26  0.79143 
 96   0    0.5    2.0      1     1.00    2.8e+08    4.0e+08     1.45  0.69140 
 96   1    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.04  0.95959 
 97 N/A    0.5    2.0      1     1.00    2.7e+08    3.0e+08     1.12  0.89002 
 97   0    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.06  0.94736 
 97   1    0.5    2.0      1     1.00    2.8e+08    3.3e+08     1.18  0.84869 
 98 N/A    0.5    2.0      1     1.00    2.8e+08    3.3e+08     1.16  0.86433 
 98   0    0.5    2.0      1     1.00    2.8e+08    3.1e+08     1.10  0.90965 
 98   1    0.5    2.0      1     1.00    2.8e+08    3.4e+08     1.21  0.82387 
 99 N/A    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.06  0.94422 
 99   0    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.03  0.97211 
 99   1    0.5    2.0      1     1.00    2.7e+08    3.0e+08     1.09  0.91735 
100 N/A    0.5    2.0      1     1.00    2.8e+08    3.1e+08     1.10  0.90605 
100   0    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.06  0.94374 
100   1    0.5    2.0      1     1.00    2.8e+08    3.2e+08     1.15  0.87188 
101 N/A    0.5    2.0      1     1.00    2.8e+08    3.3e+08     1.18  0.84898 
101   0    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.06  0.94471 
101   1    0.5    2.0      1     1.00    2.8e+08    3.6e+08     1.28  0.78085 
102 N/A    0.5    2.0      1     1.00    2.6e+08    3.0e+08     1.11  0.89717 
102   0    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.07  0.93721 
102   1    0.5    2.0      1     1.00    2.7e+08    3.1e+08     1.16  0.86569 
103 N/A    0.5    2.0      1     1.00    3.3e+08    4.2e+08     1.24  0.80391 
103   0    0.5    2.0      1     1.00    3.2e+08    3.2e+08     1.00  0.99897 
103   1    0.5    2.0      1     1.00    3.5e+08    4.9e+08     1.42  0.70586 
104 N/A    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.13  0.88307 
104   0    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.01  0.98551 
104   1    0.5    2.0      1     1.00    3.3e+08    4.1e+08     1.23  0.81272 
105 N/A    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.07  0.93419 
105   0    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.07  0.93657 
105   1    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.07  0.93160 
106 N/A    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.04  0.96207 
106   0    0.5    2.0      1     1.00    3.0e+08    3.1e+08     1.03  0.97513 
106   1    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.05  0.95403 
107 N/A    0.5    2.0      1     1.00    3.3e+08    4.1e+08     1.24  0.80799 
107   0    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.08  0.92621 
107   1    0.5    2.0      1     1.00    3.4e+08    4.6e+08     1.36  0.73281 
108 N/A    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.10  0.90542 
108   0    0.5    2.0      1     1.00    3.2e+08    3.2e+08     1.01  0.99073 
108   1    0.5    2.0      1     1.00    3.3e+08    3.9e+08     1.18  0.84436 
109 N/A    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.12  0.88933 
109   0    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.07  0.93600 
109   1    0.5    2.0      1     1.00    3.3e+08    3.9e+08     1.18  0.85016 
110 N/A    0.5    2.0      1     1.00    3.2e+08    3.7e+08     1.14  0.87521 
110   0    0.5    2.0      1     1.00    3.2e+08    3.7e+08     1.17  0.85688 
110   1    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.12  0.89360 
111 N/A    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.08  0.92302 
111   0    0.5    2.0      1     1.00    3.2e+08    3.7e+08     1.15  0.86844 
111   1    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.01  0.98881 
112 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.04  0.96195 
112   0    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.09  0.91878 
112   1    0.5    2.0      1     1.00    3.2e+08    3.2e+08     0.98  1.01978 
113 N/A    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.03  0.97333 
113   0    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.04  0.95896 
113   1    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.01  0.98816 
114 N/A    0.5    2.0      1     1.00    3.3e+08    3.8e+08     1.15  0.87041 
114   0    0.5    2.0      1     1.00    3.4e+08    3.9e+08     1.17  0.85570 
114   1    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.13  0.88599 
115 N/A    0.5    2.0      1     1.00    3.3e+08    4.1e+08     1.24  0.80894 
115   0    0.5    2.0      1     1.00    3.5e+08    4.8e+08     1.37  0.72740 
115   1    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.04  0.96157 
116 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.06  0.94020 
116   0    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.05  0.94906 
116   1    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.07  0.93121 
117 N/A    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.11  0.89924 
117   0    0.5    2.0      1     1.00    3.2e+08    4.0e+08     1.22  0.82073 
117   1    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.00  1.00412 
118 N/A    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.09  0.91487 
118   0    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.10  0.91221 
118   1    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.09  0.91739 
119 N/A    0.5    2.0      1     1.00    3.2e+08    3.7e+08     1.13  0.88500 
119   0    0.5    2.0      1     1.00    3.3e+08    4.0e+08     1.22  0.81660 
119   1    0.5    2.0      1     1.00    3.2e+08    3.2e+08     1.02  0.98239 
120 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.07  0.93337 
120   0    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.10  0.90506 
120   1    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.03  0.96894 
121 N/A    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.04  0.96050 
121   0    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.03  0.96929 
121   1    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.05  0.95155 
122 N/A    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.05  0.95179 
122   0    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.03  0.97099 
122   1    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.07  0.93420 
123 N/A    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.12  0.88902 
123   0    0.5    2.0      1     1.00    3.3e+08    3.8e+08     1.14  0.87475 
123   1    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.11  0.90443 
124 N/A    0.5    2.0      1     1.00    3.4e+08    3.9e+08     1.15  0.87034 
124   0    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.08  0.92751 
124   1    0.5    2.0      1     1.00    3.4e+08    4.2e+08     1.21  0.82696 
125 N/A    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.08  0.92746 
125   0    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.04  0.96295 
125   1    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.12  0.89465 
126 N/A    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.05  0.95519 
126   0    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.00  1.00336 
126   1    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.10  0.91301 
127 N/A    0.5    2.0      1     1.00    3.4e+08    3.8e+08     1.13  0.88699 
127   0    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.05  0.95023 
127   1    0.5    2.0      1     1.00    3.4e+08    4.1e+08     1.19  0.83682 
128 N/A    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.12  0.89226 
128   0    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.05  0.95002 
128   1    0.5    2.0      1     1.00    3.3e+08    3.9e+08     1.18  0.84633 

Most of the hops have e/m values that are close to unity, but a handful 
do not.  Let's see what I get by ignoring this first...then try this again
after removing the weird hops.

rnb.removeBackground()  status:  Normalizing spectrum 0 with rmsc of 0.124515
rnb.Calibrate():  xmit_sta is DSS14     Default value used  
Using Observatory Gain Constant:  1.11452e+07
(num)     Gain Const  rtt    tsys     gain   pt        nfreq     dfreq     tau       rmsc      sdev 
(  0)    1.11452e+07  36.55  20.3   652.106    470         2  0.488281   264.192  0.124515  8.00758e-05


Curious...I get 129 FFTs versus 176 with the PSD file.  ???  Why?

The SNR is MUCH stronger...more along the lines of the images.

Clearly there are huge differences between the PSD and VOLT files.
It looks like it's the PSD files that are untrustworthy...the VOLT files
may be ok.

jsnr1 = 1018
jsnr2 = 1031

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1 -0.36  0.18  1.44  6.36 40.23 56.17 97.07 72.32 59.11 45.03  3.40  0.95  2.47  0.17

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1 -0.49  1.60  2.83  3.78 30.33 55.66 64.91 59.48 63.39 42.96  0.29 -0.89  1.53 -0.82

jsnr1 and 2 are set appropriately.


Noise histograms look fine.  Well, well, well...

Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02015RCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/14   1-oc  17:33:25  00:00:00  17:45:02   0.0   6.51e-05   2.50e-02  1.6e-04  2.9
Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02015RCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/14   1-sc  17:33:25  00:00:00  17:45:02   0.0   8.01e-05   2.60e-02  2.0e-04  2.9 1.03842 1.04867 1.02825

OCxsec = 2.5E-2 km^2
SC/OC  = 1.04 +/- 0.01

Those values look MUCH more reasonable.  We appear to be in business after all...!

Note that kmsq/sdev values differ significantly, so the normalization of each channel
is different.  Inspection of the spectra suggests that SC/OC is slightly less than one,
say, about 0.8, but it ends up being about unity instead.  There's something about that
that doesn't seem correct.

Perhaps the system temps were off?  They're listed at ch1 = 16.5 and ch2 = 20.3 K.

As an alternative, I could delete the FFTs in which e/m values were clearly low: < 0.20.
Out of 129, there are 27 in total.  That would leave enough for Gaussian noise statistics.

Zero-based couting:
1-12, 26-37, 39, 40, and 51.

Convert to one-based counting for tkpl:
2-13, 27-38, 40, 41, and 52.



I deleted them in reverse order so as not to mix up the numbers and thus the hops.
That is, if I deleted 1-12 first, then 26-37 would no longer be the same as the
ones I wanted to delete.  Hence, I delete the last ones first.

SC data:

/usr/local/bin/rnb status:  removing background from 1 blocks of data
 S# clr  dfreq    tau  nffts    e_rms        ave       sdev    m_rms      e/m 
  0 N/A    0.5    2.0      1     1.00    2.1e+07    2.8e+07     1.35  0.74023 
  0   0    0.5    2.0      1     1.00    2.0e+07    2.8e+07     1.37  0.73053 
  0   1    0.5    2.0      1     1.00    2.2e+07    2.9e+07     1.33  0.75045 
  1 N/A    0.5    2.0      1     1.00    7.4e+07    1.4e+08     1.94  0.51415 
  1   0    0.5    2.0      1     1.00    7.3e+07    1.2e+08     1.66  0.60240 
  1   1    0.5    2.0      1     1.00    7.4e+07    1.6e+08     2.19  0.45634 
  2 N/A    0.5    2.0      1     1.00    1.6e+08    2.0e+08     1.23  0.81443 
  2   0    0.5    2.0      1     1.00    1.7e+08    2.2e+08     1.33  0.75390 
  2   1    0.5    2.0      1     1.00    1.5e+08    1.7e+08     1.10  0.91033 
  3 N/A    0.5    2.0      1     1.00    2.5e+08    2.9e+08     1.15  0.86874 
  3   0    0.5    2.0      1     1.00    2.6e+08    3.2e+08     1.22  0.81775 
  3   1    0.5    2.0      1     1.00    2.5e+08    2.6e+08     1.07  0.93793 
  4 N/A    0.5    2.0      1     1.00    2.6e+08    2.9e+08     1.14  0.87891 
  4   0    0.5    2.0      1     1.00    2.6e+08    3.1e+08     1.20  0.83314 
  4   1    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.07  0.93086 
  5 N/A    0.5    2.0      1     1.00    2.5e+08    2.9e+08     1.17  0.85281 
  5   0    0.5    2.0      1     1.00    2.5e+08    2.9e+08     1.15  0.87111 
  5   1    0.5    2.0      1     1.00    2.4e+08    2.9e+08     1.20  0.83459 
  6 N/A    0.5    2.0      1     1.00    2.7e+08    3.0e+08     1.13  0.88224 
  6   0    0.5    2.0      1     1.00    2.7e+08    3.2e+08     1.20  0.83177 
  6   1    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.06  0.94034 
  7 N/A    0.5    2.0      1     1.00    2.6e+08    2.7e+08     1.03  0.96825 
  7   0    0.5    2.0      1     1.00    2.6e+08    2.6e+08     0.99  1.01512 
  7   1    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.08  0.92827 
  8 N/A    0.5    2.0      1     1.00    2.6e+08    3.2e+08     1.21  0.82755 
  8   0    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.06  0.94620 
  8   1    0.5    2.0      1     1.00    2.6e+08    3.5e+08     1.34  0.74463 
  9 N/A    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.10  0.91284 
  9   0    0.5    2.0      1     1.00    2.6e+08    2.9e+08     1.13  0.88310 
  9   1    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.06  0.94550 
 10 N/A    0.5    2.0      1     1.00    2.6e+08    3.1e+08     1.17  0.85513 
 10   0    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.05  0.94911 
 10   1    0.5    2.0      1     1.00    2.6e+08    3.3e+08     1.28  0.78324 
 11 N/A    0.5    2.0      1     1.00    2.6e+08    3.1e+08     1.19  0.83969 
 11   0    0.5    2.0      1     1.00    2.5e+08    2.8e+08     1.13  0.88835 
 11   1    0.5    2.0      1     1.00    2.6e+08    3.3e+08     1.25  0.80164 
 12 N/A    0.5    2.0      1     1.00    2.6e+08    2.7e+08     1.04  0.95912 
 12   0    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.08  0.92484 
 12   1    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.01  0.99501 
 13 N/A    0.5    2.0      1     1.00    2.7e+08    3.1e+08     1.17  0.85159 
 13   0    0.5    2.0      1     1.00    2.8e+08    3.6e+08     1.28  0.77931 
 13   1    0.5    2.0      1     1.00    2.6e+08    2.7e+08     1.03  0.97173 
 14 N/A    0.5    2.0      1     1.00    2.3e+08    2.6e+08     1.12  0.89664 
 14   0    0.5    2.0      1     1.00    2.3e+08    2.5e+08     1.08  0.92570 
 14   1    0.5    2.0      1     1.00    2.4e+08    2.7e+08     1.15  0.87084 
 15 N/A    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.08  0.92545 
 15   0    0.5    2.0      1     1.00    2.7e+08    3.0e+08     1.11  0.90293 
 15   1    0.5    2.0      1     1.00    2.6e+08    2.7e+08     1.05  0.95347 
 16 N/A    0.5    2.0      1     1.00    3.1e+08    3.8e+08     1.21  0.82483 
 16   0    0.5    2.0      1     1.00    3.1e+08    4.4e+08     1.39  0.71865 
 16   1    0.5    2.0      1     1.00    3.1e+08    3.1e+08     1.00  1.00269 
 17 N/A    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.07  0.93136 
 17   0    0.5    2.0      1     1.00    3.1e+08    3.4e+08     1.10  0.91124 
 17   1    0.5    2.0      1     1.00    3.0e+08    3.2e+08     1.05  0.95462 
 18 N/A    0.5    2.0      1     1.00    3.2e+08    3.7e+08     1.16  0.85867 
 18   0    0.5    2.0      1     1.00    3.1e+08    3.1e+08     1.00  1.00220 
 18   1    0.5    2.0      1     1.00    3.2e+08    4.2e+08     1.30  0.76997 
 19 N/A    0.5    2.0      1     1.00    3.2e+08    3.7e+08     1.15  0.87153 
 19   0    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.05  0.94992 
 19   1    0.5    2.0      1     1.00    3.3e+08    4.0e+08     1.23  0.81329 
 20 N/A    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.06  0.94209 
 20   0    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.03  0.97317 
 20   1    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.10  0.91182 
 21 N/A    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.03  0.96743 
 21   0    0.5    2.0      1     1.00    3.2e+08    3.2e+08     1.00  0.99642 
 21   1    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.06  0.94079 
 22 N/A    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.08  0.92633 
 22   0    0.5    2.0      1     1.00    3.0e+08    3.1e+08     1.00  0.99844 
 22   1    0.5    2.0      1     1.00    3.3e+08    3.8e+08     1.14  0.87938 
 23 N/A    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.06  0.93969 
 23   0    0.5    2.0      1     1.00    3.1e+08    3.1e+08     1.00  1.00258 
 23   1    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.12  0.89119 
 24 N/A    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.05  0.94866 
 24   0    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.06  0.94554 
 24   1    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.05  0.95195 
 25 N/A    0.5    2.0      1     1.00    1.5e+08    2.2e+08     1.45  0.68916 
 25   0    0.5    2.0      1     1.00    1.5e+08    1.9e+08     1.27  0.78633 
 25   1    0.5    2.0      1     1.00    1.6e+08    2.5e+08     1.59  0.63038 
 26 N/A    0.5    2.0      1     1.00    3.0e+08    3.7e+08     1.25  0.79825 
 26   0    0.5    2.0      1     1.00    2.9e+08    3.1e+08     1.07  0.93108 
 26   1    0.5    2.0      1     1.00    3.0e+08    4.2e+08     1.40  0.71588 
 27 N/A    0.5    2.0      1     1.00    3.0e+08    3.2e+08     1.04  0.96093 
 27   0    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.06  0.94503 
 27   1    0.5    2.0      1     1.00    3.0e+08    3.0e+08     1.02  0.97965 
 28 N/A    0.5    2.0      1     1.00    3.0e+08    3.2e+08     1.06  0.94026 
 28   0    0.5    2.0      1     1.00    3.0e+08    3.1e+08     1.02  0.97902 
 28   1    0.5    2.0      1     1.00    3.0e+08    3.4e+08     1.10  0.90580 
 29 N/A    0.5    2.0      1     1.00    3.1e+08    3.1e+08     1.01  0.98873 
 29   0    0.5    2.0      1     1.00    3.1e+08    3.0e+08     0.97  1.02975 
 29   1    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.05  0.95310 
 30 N/A    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.10  0.90848 
 30   0    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.12  0.89494 
 30   1    0.5    2.0      1     1.00    3.1e+08    3.4e+08     1.08  0.92391 
 31 N/A    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.13  0.88614 
 31   0    0.5    2.0      1     1.00    3.2e+08    3.8e+08     1.19  0.84330 
 31   1    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.06  0.94260 
 32 N/A    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.10  0.90648 
 32   0    0.5    2.0      1     1.00    3.2e+08    3.7e+08     1.15  0.86916 
 32   1    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.05  0.95137 
 33 N/A    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.14  0.88041 
 33   0    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.13  0.88183 
 33   1    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.14  0.87878 
 34 N/A    0.5    2.0      1     1.00    3.1e+08    3.5e+08     1.12  0.89506 
 34   0    0.5    2.0      1     1.00    3.1e+08    3.8e+08     1.21  0.82717 
 34   1    0.5    2.0      1     1.00    3.1e+08    3.2e+08     1.02  0.98168 
 35 N/A    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.11  0.90220 
 35   0    0.5    2.0      1     1.00    3.1e+08    3.5e+08     1.12  0.89491 
 35   1    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.10  0.90939 
 36 N/A    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.06  0.94564 
 36   0    0.5    2.0      1     1.00    3.2e+08    3.2e+08     1.02  0.97950 
 36   1    0.5    2.0      1     1.00    3.1e+08    3.4e+08     1.09  0.91444 
 37 N/A    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.05  0.95254 
 37   0    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.09  0.92125 
 37   1    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.01  0.98659 
 38 N/A    0.5    2.0      1     1.00    3.3e+08    3.8e+08     1.17  0.85681 
 38   0    0.5    2.0      1     1.00    3.2e+08    4.0e+08     1.25  0.80145 
 38   1    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.08  0.92223 
 39 N/A    0.5    2.0      1     1.00    3.3e+08    3.8e+08     1.15  0.86810 
 39   0    0.5    2.0      1     1.00    3.3e+08    4.1e+08     1.24  0.80968 
 39   1    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.06  0.94376 
 40 N/A    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.09  0.92129 
 40   0    0.5    2.0      1     1.00    3.4e+08    3.9e+08     1.13  0.88571 
 40   1    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.03  0.96986 
 41 N/A    0.5    2.0      1     1.00    3.3e+08    4.1e+08     1.24  0.80409 
 41   0    0.5    2.0      1     1.00    3.3e+08    4.4e+08     1.36  0.73474 
 41   1    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.11  0.89803 
 42 N/A    0.5    2.0      1     1.00    3.4e+08    4.2e+08     1.24  0.80779 
 42   0    0.5    2.0      1     1.00    3.4e+08    4.9e+08     1.43  0.69762 
 42   1    0.5    2.0      1     1.00    3.4e+08    3.4e+08     1.00  0.99823 
 43 N/A    0.5    2.0      1     1.00    3.4e+08    4.3e+08     1.28  0.78321 
 43   0    0.5    2.0      1     1.00    3.4e+08    4.8e+08     1.41  0.71098 
 43   1    0.5    2.0      1     1.00    3.3e+08    3.8e+08     1.13  0.88643 
 44 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.05  0.95528 
 44   0    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.00  0.99668 
 44   1    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.08  0.92263 
 45 N/A    0.5    2.0      1     1.00    3.3e+08    4.1e+08     1.25  0.80311 
 45   0    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.01  0.98599 
 45   1    0.5    2.0      1     1.00    3.4e+08    4.8e+08     1.42  0.70261 
 46 N/A    0.5    2.0      1     1.00    3.3e+08    3.8e+08     1.15  0.86720 
 46   0    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.05  0.95565 
 46   1    0.5    2.0      1     1.00    3.3e+08    4.1e+08     1.25  0.80264 
 47 N/A    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.10  0.91150 
 47   0    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.05  0.95169 
 47   1    0.5    2.0      1     1.00    3.4e+08    3.8e+08     1.14  0.87637 
 48 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.04  0.95772 
 48   0    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.00  0.99908 
 48   1    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.08  0.92205 
 49 N/A    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.08  0.92346 
 49   0    0.5    2.0      1     1.00    3.4e+08    3.4e+08     1.01  0.99299 
 49   1    0.5    2.0      1     1.00    3.2e+08    3.8e+08     1.16  0.86213 
 50 N/A    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.05  0.95151 
 50   0    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.00  0.99647 
 50   1    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.10  0.91305 
 51 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.05  0.95050 
 51   0    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.04  0.95903 
 51   1    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.06  0.94234 
 52 N/A    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.11  0.90129 
 52   0    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.04  0.96233 
 52   1    0.5    2.0      1     1.00    3.3e+08    3.9e+08     1.18  0.84782 
 53 N/A    0.5    2.0      1     1.00    3.3e+08    4.6e+08     1.37  0.72988 
 53   0    0.5    2.0      1     1.00    3.2e+08    3.2e+08     1.00  0.99873 
 53   1    0.5    2.0      1     1.00    3.5e+08    5.6e+08     1.62  0.61759 
 54 N/A    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.09  0.91336 
 54   0    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.06  0.94686 
 54   1    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.13  0.88527 
 55 N/A    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.06  0.94139 
 55   0    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.06  0.94412 
 55   1    0.5    2.0      1     1.00    3.5e+08    3.7e+08     1.06  0.93921 
 56 N/A    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.08  0.92507 
 56   0    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.09  0.91603 
 56   1    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.07  0.93396 
 57 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.06  0.94493 
 57   0    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.06  0.94441 
 57   1    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.06  0.94629 
 58 N/A    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.04  0.96338 
 58   0    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.05  0.95624 
 58   1    0.5    2.0      1     1.00    3.1e+08    3.2e+08     1.03  0.97430 
 59 N/A    0.5    2.0      1     1.00    3.3e+08    4.1e+08     1.26  0.79463 
 59   0    0.5    2.0      1     1.00    3.3e+08    4.8e+08     1.44  0.69581 
 59   1    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.03  0.96647 
 60 N/A    0.5    2.0      1     1.00    3.3e+08    3.8e+08     1.12  0.88926 
 60   0    0.5    2.0      1     1.00    3.4e+08    4.1e+08     1.21  0.82565 
 60   1    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.03  0.97411 
 61 N/A    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.03  0.97028 
 61   0    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.03  0.97465 
 61   1    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.03  0.96669 
 62 N/A    0.5    2.0      1     1.00    3.2e+08    3.9e+08     1.21  0.82352 
 62   0    0.5    2.0      1     1.00    3.3e+08    4.3e+08     1.29  0.77456 
 62   1    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.13  0.88742 
 63 N/A    0.5    2.0      1     1.00    2.9e+08    3.4e+08     1.15  0.87247 
 63   0    0.5    2.0      1     1.00    3.0e+08    3.5e+08     1.18  0.84770 
 63   1    0.5    2.0      1     1.00    2.9e+08    3.2e+08     1.11  0.90042 
 64 N/A    0.5    2.0      1     1.00    2.9e+08    3.1e+08     1.10  0.91240 
 64   0    0.5    2.0      1     1.00    2.9e+08    3.3e+08     1.14  0.87494 
 64   1    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.04  0.95727 
 65 N/A    0.5    2.0      1     1.00    2.8e+08    3.1e+08     1.10  0.90656 
 65   0    0.5    2.0      1     1.00    2.8e+08    3.4e+08     1.19  0.83828 
 65   1    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.00  1.00039 
 66 N/A    0.5    2.0      1     1.00    2.9e+08    3.3e+08     1.15  0.86996 
 66   0    0.5    2.0      1     1.00    3.0e+08    3.6e+08     1.21  0.82860 
 66   1    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.08  0.92657 
 67 N/A    0.5    2.0      1     1.00    2.9e+08    3.2e+08     1.13  0.88430 
 67   0    0.5    2.0      1     1.00    2.8e+08    3.4e+08     1.19  0.83711 
 67   1    0.5    2.0      1     1.00    2.9e+08    3.1e+08     1.07  0.93880 
 68 N/A    0.5    2.0      1     1.00    2.9e+08    4.1e+08     1.42  0.70451 
 68   0    0.5    2.0      1     1.00    2.9e+08    4.7e+08     1.65  0.60619 
 68   1    0.5    2.0      1     1.00    2.9e+08    3.3e+08     1.14  0.87337 
 69 N/A    0.5    2.0      1     1.00    2.8e+08    3.5e+08     1.26  0.79143 
 69   0    0.5    2.0      1     1.00    2.8e+08    4.0e+08     1.45  0.69140 
 69   1    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.04  0.95959 
 70 N/A    0.5    2.0      1     1.00    2.7e+08    3.0e+08     1.12  0.89002 
 70   0    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.06  0.94736 
 70   1    0.5    2.0      1     1.00    2.8e+08    3.3e+08     1.18  0.84869 
 71 N/A    0.5    2.0      1     1.00    2.8e+08    3.3e+08     1.16  0.86433 
 71   0    0.5    2.0      1     1.00    2.8e+08    3.1e+08     1.10  0.90965 
 71   1    0.5    2.0      1     1.00    2.8e+08    3.4e+08     1.21  0.82387 
 72 N/A    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.06  0.94422 
 72   0    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.03  0.97211 
 72   1    0.5    2.0      1     1.00    2.7e+08    3.0e+08     1.09  0.91735 
 73 N/A    0.5    2.0      1     1.00    2.8e+08    3.1e+08     1.10  0.90605 
 73   0    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.06  0.94374 
 73   1    0.5    2.0      1     1.00    2.8e+08    3.2e+08     1.15  0.87188 
 74 N/A    0.5    2.0      1     1.00    2.8e+08    3.3e+08     1.18  0.84898 
 74   0    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.06  0.94471 
 74   1    0.5    2.0      1     1.00    2.8e+08    3.6e+08     1.28  0.78085 
 75 N/A    0.5    2.0      1     1.00    2.6e+08    3.0e+08     1.11  0.89717 
 75   0    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.07  0.93721 
 75   1    0.5    2.0      1     1.00    2.7e+08    3.1e+08     1.16  0.86569 
 76 N/A    0.5    2.0      1     1.00    3.3e+08    4.2e+08     1.24  0.80391 
 76   0    0.5    2.0      1     1.00    3.2e+08    3.2e+08     1.00  0.99897 
 76   1    0.5    2.0      1     1.00    3.5e+08    4.9e+08     1.42  0.70586 
 77 N/A    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.13  0.88307 
 77   0    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.01  0.98551 
 77   1    0.5    2.0      1     1.00    3.3e+08    4.1e+08     1.23  0.81272 
 78 N/A    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.07  0.93419 
 78   0    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.07  0.93657 
 78   1    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.07  0.93160 
 79 N/A    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.04  0.96207 
 79   0    0.5    2.0      1     1.00    3.0e+08    3.1e+08     1.03  0.97513 
 79   1    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.05  0.95403 
 80 N/A    0.5    2.0      1     1.00    3.3e+08    4.1e+08     1.24  0.80799 
 80   0    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.08  0.92621 
 80   1    0.5    2.0      1     1.00    3.4e+08    4.6e+08     1.36  0.73281 
 81 N/A    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.10  0.90542 
 81   0    0.5    2.0      1     1.00    3.2e+08    3.2e+08     1.01  0.99073 
 81   1    0.5    2.0      1     1.00    3.3e+08    3.9e+08     1.18  0.84436 
 82 N/A    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.12  0.88933 
 82   0    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.07  0.93600 
 82   1    0.5    2.0      1     1.00    3.3e+08    3.9e+08     1.18  0.85016 
 83 N/A    0.5    2.0      1     1.00    3.2e+08    3.7e+08     1.14  0.87521 
 83   0    0.5    2.0      1     1.00    3.2e+08    3.7e+08     1.17  0.85688 
 83   1    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.12  0.89360 
 84 N/A    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.08  0.92302 
 84   0    0.5    2.0      1     1.00    3.2e+08    3.7e+08     1.15  0.86844 
 84   1    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.01  0.98881 
 85 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.04  0.96195 
 85   0    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.09  0.91878 
 85   1    0.5    2.0      1     1.00    3.2e+08    3.2e+08     0.98  1.01978 
 86 N/A    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.03  0.97333 
 86   0    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.04  0.95896 
 86   1    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.01  0.98816 
 87 N/A    0.5    2.0      1     1.00    3.3e+08    3.8e+08     1.15  0.87041 
 87   0    0.5    2.0      1     1.00    3.4e+08    3.9e+08     1.17  0.85570 
 87   1    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.13  0.88599 
 88 N/A    0.5    2.0      1     1.00    3.3e+08    4.1e+08     1.24  0.80894 
 88   0    0.5    2.0      1     1.00    3.5e+08    4.8e+08     1.37  0.72740 
 88   1    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.04  0.96157 
 89 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.06  0.94020 
 89   0    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.05  0.94906 
 89   1    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.07  0.93121 
 90 N/A    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.11  0.89924 
 90   0    0.5    2.0      1     1.00    3.2e+08    4.0e+08     1.22  0.82073 
 90   1    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.00  1.00412 
 91 N/A    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.09  0.91487 
 91   0    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.10  0.91221 
 91   1    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.09  0.91739 
 92 N/A    0.5    2.0      1     1.00    3.2e+08    3.7e+08     1.13  0.88500 
 92   0    0.5    2.0      1     1.00    3.3e+08    4.0e+08     1.22  0.81660 
 92   1    0.5    2.0      1     1.00    3.2e+08    3.2e+08     1.02  0.98239 
 93 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.07  0.93337 
 93   0    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.10  0.90506 
 93   1    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.03  0.96894 
 94 N/A    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.04  0.96050 
 94   0    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.03  0.96929 
 94   1    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.05  0.95155 
 95 N/A    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.05  0.95179 
 95   0    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.03  0.97099 
 95   1    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.07  0.93420 
 96 N/A    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.12  0.88902 
 96   0    0.5    2.0      1     1.00    3.3e+08    3.8e+08     1.14  0.87475 
 96   1    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.11  0.90443 
 97 N/A    0.5    2.0      1     1.00    3.4e+08    3.9e+08     1.15  0.87034 
 97   0    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.08  0.92751 
 97   1    0.5    2.0      1     1.00    3.4e+08    4.2e+08     1.21  0.82696 
 98 N/A    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.08  0.92746 
 98   0    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.04  0.96295 
 98   1    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.12  0.89465 
 99 N/A    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.05  0.95519 
 99   0    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.00  1.00336 
 99   1    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.10  0.91301 
100 N/A    0.5    2.0      1     1.00    3.4e+08    3.8e+08     1.13  0.88699 
100   0    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.05  0.95023 
100   1    0.5    2.0      1     1.00    3.4e+08    4.1e+08     1.19  0.83682 
101 N/A    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.12  0.89226 
101   0    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.05  0.95002 
101   1    0.5    2.0      1     1.00    3.3e+08    3.9e+08     1.18  0.84633 

Now e/m values look much better.  A few are still kind of low, but not as
low as before.  Most are fine.

rnb.removeBackground()  status:  Normalizing spectrum 0 with rmsc of 0.140028
rnb.Calibrate():  xmit_sta is DSS14     Default value used          
Using Observatory Gain Constant:  1.11452e+07
(num)     Gain Const  rtt    tsys     gain   pt        nfreq     dfreq     tau       rmsc      sdev 
(  0)    1.11452e+07  36.54  20.3   652.106    470         2  0.488281   208.896  0.140028  9.00211e-05



Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02015RCP.4660_Nereus.file.new.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/14   1-oc  17:33:25  00:00:00  17:45:02   0.0   7.32e-05   2.38e-02  1.8e-04  2.8
Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02015RCP.4660_Nereus.file.new.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/14   1-sc  17:33:25  00:00:00  17:45:02   0.0   9.00e-05   2.91e-02  2.2e-04  2.8 1.2205 1.23338 1.20775

OCxsec = 2.4E-2 km^2
SC/OC  = 1.22 +/- 0.01

kmsq/sdev is still significantly different.  Shouldn't they be closer to the 
same value?  The spectrum suggests that the ratio is about 0.95 or so.

We used 15 second dwells, which may not have been such a great idea.  We stopped using dwells
that weren't 10 s, 20 s, or 30 s some time ago because they didn't always work.  


_____________________________________

2005 April 13 
_____________________________________

The kmsq/sdev differences have a ratio oc/sc of about 0.81.  I checked some of the recent
2005 EU2 cw data and got values of about 0.91, which is more reasonable.  Then I 
checked the system temperatures: for the 2005 EU2 data, they're also in a ratio
of OCtsys/SCtsys = 0.91.  Then I checked the Nereus tsys ratio and found that it's
about 0.81, so that explains the difference.  What I need to do is to check the
logs for the actual temperatures that we measure, at least as well as is available.
Randy notes them on point when we start the cw observations, but the value in the cw
data is usually some old value that Robert, Carl, or Ray entered at some unknown
time and may not reflect what we measured.

The Jan. 15 TX RCP data are tagged with oc tsys = 16.5, sc tsys = 20.3, which have
a ratio of 0.81.
In my log I noted that the on-point values were 19.0 and 18.4, a difference that
will have a substantial effect on the cross sections.  The ratio should be 1.03,
which will definitely affect the cross sections and SC/OC.  

--> Need to go into the raw files, change OC and SC tsys, and repeat.  That should
resolve the remaining discrepancy.  Then process more VOLT files from other days.

_____________________________________

2005 April 15 
_____________________________________

January 15 TX RCP
=================
Go back to Jan. 15 TX RCP data and use ch1 SC Tsys = 18.4 and ch2 OC Tsys = 19.0 K.
This may be wrong: normally ch1 = OC, not SC.  However, that's what my notes say, so
I'm going to stick with it.  

There's a drawback with this: the change tag filter in tkpl applies the change to
both channels, which isn't what we want.  

One option is to use rdfseparate to split the file into two channels, change tsys
for each, and then splice the files back together.  What a nuisance!  Given that 
the temperature difference is only several tenths of one degree, I'm not going to
bother.  Change tsys to 19 K and leave it at that.  

Work with file VOLT02015RCP.4660_Nereus.raw.new.rdf, which has had bad hops removed.

I made the change and saved it to a file with the same name:
VOLT02015RCP.4660_Nereus.raw.new.rdf

jsnr1 1018
jsnr2 1031


rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  0.28  0.33  1.13  5.00 31.57 45.79 83.78 61.93 57.42 33.02  2.53  0.76  1.31  0.47

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1 -0.64  1.37  2.34  3.58 26.63 49.92 66.17 59.26 71.09 41.94  0.52 -0.63  1.79 -0.63

Noise statistics look nicely Gaussian.



Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02015RCP.4660_Nereus.file.new.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/14   1-oc  17:33:25  00:00:00  17:45:02   0.0   8.43e-05   2.74e-02  2.0e-04  2.8
Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02015RCP.4660_Nereus.file.new.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/14   1-sc  17:33:25  00:00:00  17:45:02   0.0   8.43e-05   2.72e-02  2.0e-04  2.8 0.992032 1.0025 0.981671


OCxsec = 2.7E-2 km^2
SC/OC  = 0.99 +/- 0.01

That's unity, folks!

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 

Jan 15 TX LCP file
==================

rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 381 > dofft -d 1.0 -p 15 -f 4096 -i VOLT02015LCP.4660_Nereus -o VOLT02015LCP.4660_Nereus.raw.rdf -x PRDX.OUT.s30 
contents of ast_spec control file:
4096,
1,
1,
/home/wart/bin/ast_spec_1.25 variables:
DATAIN=VOLT02015LCP.4660_Nereus
RDFOUT_1=VOLT02015LCP.4660_Nereus.raw.1_1.rdf
RDFOUT_2=VOLT02015LCP.4660_Nereus.raw.1_2.rdf
CONTROL=specs_in.dat
Running /home/wart/bin/ast_spec_1.25
/usr/local/bin/jurg2spec -i VOLT02015LCP.4660_Nereus.raw.1.rdf -o VOLT02015LCP.4660_Nereus.raw.rdf -x PRDX.OUT.s30  -p 15 -d 1.0 
Using .data1 as temporary storage for OC data
Using .data2 as temporary storage for SC data
Total hop states:  2
Total OC spectra:  127
Total SC spectra:  127
Processing data...
rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 382 > 

run it through tkrdfreduc to check for tau = 0.0 in the hops.

/usr/local/bin/rnb status:  removing background from 1 blocks of data
 S# clr  dfreq    tau  nffts    e_rms        ave       sdev    m_rms      e/m 
  0 N/A    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.05  0.95422 
  0   0    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.06  0.94512 
  0   1    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.03  0.96638 
  1 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.07  0.93068 
  1   0    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.04  0.96055 
  1   1    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.11  0.90359 
  2 N/A    0.5    2.0      1     1.00    3.2e+08    4.1e+08     1.26  0.79324 
  2   0    0.5    2.0      1     1.00    3.4e+08    4.8e+08     1.42  0.70591 
  2   1    0.5    2.0      1     1.00    3.1e+08    3.2e+08     1.04  0.96142 
  3 N/A    0.5    2.0      1     1.00    3.2e+08    3.9e+08     1.20  0.83421 
  3   0    0.5    2.0      1     1.00    3.1e+08    3.5e+08     1.11  0.90249 
  3   1    0.5    2.0      1     1.00    3.3e+08    4.2e+08     1.27  0.78544 
  4 N/A    0.5    2.0      1     1.00    3.3e+08    3.8e+08     1.15  0.86862 
  4   0    0.5    2.0      1     1.00    3.2e+08    3.2e+08     1.01  0.99031 
  4   1    0.5    2.0      1     1.00    3.3e+08    4.2e+08     1.27  0.78866 
  5 N/A    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.10  0.90677 
  5   0    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.03  0.97046 
  5   1    0.5    2.0      1     1.00    3.4e+08    3.9e+08     1.17  0.85706 
  6 N/A    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.06  0.94224 
  6   0    0.5    2.0      1     1.00    3.1e+08    3.2e+08     1.01  0.98797 
  6   1    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.11  0.90234 
  7 N/A    0.5    2.0      1     1.00    3.3e+08    4.3e+08     1.32  0.75581 
  7   0    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.07  0.93277 
  7   1    0.5    2.0      1     1.00    3.4e+08    5.1e+08     1.52  0.65983 
  8 N/A    0.5    2.0      1     1.00    3.3e+08    4.0e+08     1.23  0.81350 
  8   0    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.05  0.95640 
  8   1    0.5    2.0      1     1.00    3.3e+08    4.6e+08     1.38  0.72478 
  9 N/A    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.03  0.96824 
  9   0    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.03  0.97099 
  9   1    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.04  0.96568 
 10 N/A    0.5    2.0      1     1.00    3.3e+08    3.8e+08     1.13  0.88320 
 10   0    0.5    2.0      1     1.00    3.3e+08    4.1e+08     1.23  0.81593 
 10   1    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.03  0.97404 
 11 N/A    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.09  0.91956 
 11   0    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.07  0.93641 
 11   1    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.11  0.90275 
 12 N/A    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.12  0.89346 
 12   0    0.5    2.0      1     1.00    3.3e+08    3.8e+08     1.18  0.84770 
 12   1    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.05  0.95181 
 13 N/A    0.5    2.0      1     1.00    3.3e+08    3.9e+08     1.17  0.85634 
 13   0    0.5    2.0      1     1.00    3.4e+08    4.2e+08     1.24  0.80384 
 13   1    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.08  0.92934 
 14 N/A    0.5    2.0      1     1.00    3.2e+08    3.9e+08     1.19  0.84029 
 14   0    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.09  0.91358 
 14   1    0.5    2.0      1     1.00    3.2e+08    4.1e+08     1.28  0.78166 
 15 N/A    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.11  0.90165 
 15   0    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.10  0.91086 
 15   1    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.12  0.89236 
 16 N/A    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.08  0.92601 
 16   0    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.13  0.88746 
 16   1    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.03  0.97194 
 17 N/A    0.5    2.0      1     1.00    3.3e+08    3.8e+08     1.14  0.87902 
 17   0    0.5    2.0      1     1.00    3.4e+08    4.2e+08     1.23  0.81514 
 17   1    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.03  0.96755 
 18 N/A    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.09  0.91433 
 18   0    0.5    2.0      1     1.00    3.3e+08    3.8e+08     1.13  0.88826 
 18   1    0.5    2.0      1     1.00    3.0e+08    3.2e+08     1.05  0.95289 
 19 N/A    0.5    2.0      1     1.00    3.3e+08    4.8e+08     1.45  0.68962 
 19   0    0.5    2.0      1     1.00    3.4e+08    6.0e+08     1.77  0.56645 
 19   1    0.5    2.0      1     1.00    3.2e+08    3.2e+08     1.00  1.00099 
 20 N/A    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.03  0.97233 
 20   0    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.05  0.95321 
 20   1    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.01  0.99280 
 21 N/A    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.06  0.94586 
 21   0    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.04  0.96604 
 21   1    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.08  0.92591 
 22 N/A    0.5    2.0      1     1.00    3.4e+08    3.8e+08     1.13  0.88740 
 22   0    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.04  0.96472 
 22   1    0.5    2.0      1     1.00    3.4e+08    4.1e+08     1.21  0.82647 
 23 N/A    0.5    2.0      1     1.00    3.3e+08    4.1e+08     1.22  0.82117 
 23   0    0.5    2.0      1     1.00    3.4e+08    4.0e+08     1.19  0.83756 
 23   1    0.5    2.0      1     1.00    3.3e+08    4.1e+08     1.24  0.80530 
 24 N/A    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.09  0.91425 
 24   0    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.01  0.98813 
 24   1    0.5    2.0      1     1.00    3.2e+08    3.8e+08     1.17  0.85248 
 25 N/A    0.5    2.0      1     1.00    3.3e+08    3.8e+08     1.16  0.85912 
 25   0    0.5    2.0      1     1.00    3.1e+08    3.0e+08     0.96  1.04455 
 25   1    0.5    2.0      1     1.00    3.5e+08    4.5e+08     1.30  0.76776 
 26 N/A    0.5    2.0      1     1.00    3.2e+08    3.7e+08     1.16  0.86273 
 26   0    0.5    2.0      1     1.00    3.2e+08    4.1e+08     1.25  0.79759 
 26   1    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.05  0.95634 
 27 N/A    0.5    2.0      1     1.00    3.3e+08    4.0e+08     1.21  0.82323 
 27   0    0.5    2.0      1     1.00    3.4e+08    4.6e+08     1.36  0.73443 
 27   1    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.04  0.96559 
 28 N/A    0.5    2.0      1     1.00    3.3e+08    4.1e+08     1.24  0.80440 
 28   0    0.5    2.0      1     1.00    3.4e+08    4.7e+08     1.41  0.71114 
 28   1    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.03  0.96786 
 29 N/A    0.5    2.0      1     1.00    3.2e+08    3.9e+08     1.21  0.82837 
 29   0    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.03  0.97515 
 29   1    0.5    2.0      1     1.00    3.3e+08    4.5e+08     1.35  0.73874 
 30 N/A    0.5    2.0      1     1.00    3.1e+08    3.4e+08     1.09  0.91992 
 30   0    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.06  0.94004 
 30   1    0.5    2.0      1     1.00    3.1e+08    3.5e+08     1.11  0.90077 
 31 N/A    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.07  0.93622 
 31   0    0.5    2.0      1     1.00    3.1e+08    3.1e+08     1.02  0.98505 
 31   1    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.11  0.90144 
 32 N/A    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.13  0.88414 
 32   0    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.05  0.95300 
 32   1    0.5    2.0      1     1.00    3.3e+08    3.9e+08     1.20  0.83232 
 33 N/A    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.13  0.88727 
 33   0    0.5    2.0      1     1.00    3.2e+08    3.1e+08     0.99  1.01225 
 33   1    0.5    2.0      1     1.00    3.2e+08    4.0e+08     1.25  0.80172 
 34 N/A    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.14  0.87550 
 34   0    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.11  0.90435 
 34   1    0.5    2.0      1     1.00    3.3e+08    3.9e+08     1.18  0.84999 
 35 N/A    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.12  0.88924 
 35   0    0.5    2.0      1     1.00    3.3e+08    3.9e+08     1.20  0.83076 
 35   1    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.04  0.96116 
 36 N/A    0.5    2.0      1     1.00    3.3e+08    4.5e+08     1.37  0.73085 
 36   0    0.5    2.0      1     1.00    3.3e+08    5.2e+08     1.57  0.63656 
 36   1    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.12  0.89110 
 37 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.08  0.92988 
 37   0    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.09  0.91498 
 37   1    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.05  0.94933 
 38 N/A    0.5    2.0      1     1.00    3.2e+08    3.7e+08     1.13  0.88302 
 38   0    0.5    2.0      1     1.00    3.3e+08    4.1e+08     1.22  0.81649 
 38   1    0.5    2.0      1     1.00    3.2e+08    3.2e+08     1.02  0.97995 
 39 N/A    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.06  0.94316 
 39   0    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.04  0.96463 
 39   1    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.08  0.92448 
 40 N/A    0.5    2.0      1     1.00    3.1e+08    3.6e+08     1.14  0.87996 
 40   0    0.5    2.0      1     1.00    3.0e+08    3.3e+08     1.08  0.92316 
 40   1    0.5    2.0      1     1.00    3.3e+08    3.8e+08     1.18  0.84819 
 41 N/A    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.14  0.87850 
 41   0    0.5    2.0      1     1.00    3.2e+08    3.2e+08     1.02  0.97619 
 41   1    0.5    2.0      1     1.00    3.4e+08    4.1e+08     1.23  0.81457 
 42 N/A    0.5    2.0      1     1.00    3.3e+08    4.8e+08     1.44  0.69683 
 42   0    0.5    2.0      1     1.00    3.5e+08    5.8e+08     1.66  0.60067 
 42   1    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.09  0.92038 
 43 N/A    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.07  0.93488 
 43   0    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.08  0.92217 
 43   1    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.05  0.94871 
 44 N/A    0.5    2.0      1     1.00    3.4e+08    4.0e+08     1.19  0.84145 
 44   0    0.5    2.0      1     1.00    3.4e+08    4.3e+08     1.26  0.79115 
 44   1    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.10  0.90743 
 45 N/A    0.5    2.0      1     1.00    3.3e+08    4.1e+08     1.24  0.80941 
 45   0    0.5    2.0      1     1.00    3.4e+08    4.8e+08     1.41  0.70768 
 45   1    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.01  0.98824 
 46 N/A    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.12  0.88940 
 46   0    0.5    2.0      1     1.00    3.2e+08    3.8e+08     1.20  0.83508 
 46   1    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.05  0.95386 
 47 N/A    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.08  0.92970 
 47   0    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.08  0.92179 
 47   1    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.07  0.93786 
 48 N/A    0.5    2.0      1     1.00    3.1e+08    3.4e+08     1.08  0.92760 
 48   0    0.5    2.0      1     1.00    3.1e+08    3.2e+08     1.04  0.95846 
 48   1    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.11  0.90216 
 49 N/A    0.5    2.0      1     1.00    3.3e+08    3.9e+08     1.18  0.84590 
 49   0    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.02  0.97842 
 49   1    0.5    2.0      1     1.00    3.4e+08    4.4e+08     1.31  0.76162 
 50 N/A    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.06  0.94458 
 50   0    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.04  0.96179 
 50   1    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.08  0.92993 
 51 N/A    0.5    2.0      1     1.00    7.0e+06    1.0e+08    14.29  0.06998 
 51   0    0.5    2.0      1     1.00    6.6e+06    1.0e+08    15.40  0.06492 
 51   1    0.5    2.0      1     1.00    7.4e+06    9.9e+07    13.29  0.07522 
 52 N/A    0.5    2.0      1     1.00    6.2e+06    9.9e+07    16.07  0.06225 
 52   0    0.5    2.0      1     1.00    5.9e+06    9.8e+07    16.79  0.05955 
 52   1    0.5    2.0      1     1.00    6.5e+06    1.0e+08    15.41  0.06488 
 53 N/A    0.5    2.0      1     1.00    8.1e+06    9.9e+07    12.21  0.08189 
 53   0    0.5    2.0      1     1.00    8.0e+06    9.8e+07    12.27  0.08149 
 53   1    0.5    2.0      1     1.00    8.3e+06    1.0e+08    12.15  0.08227 
 54 N/A    0.5    2.0      1     1.00    2.2e+08    3.2e+08     1.43  0.69858 
 54   0    0.5    2.0      1     1.00    2.3e+08    3.8e+08     1.64  0.61080 
 54   1    0.5    2.0      1     1.00    2.1e+08    2.4e+08     1.14  0.88081 
 55 N/A    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.09  0.91904 
 55   0    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.08  0.92975 
 55   1    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.10  0.90846 
 56 N/A    0.5    2.0      1     1.00    3.2e+08    3.8e+08     1.17  0.85642 
 56   0    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.06  0.94170 
 56   1    0.5    2.0      1     1.00    3.2e+08    4.1e+08     1.27  0.79040 
 57 N/A    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.09  0.91655 
 57   0    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.03  0.96792 
 57   1    0.5    2.0      1     1.00    3.3e+08    3.8e+08     1.14  0.87360 
 58 N/A    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.10  0.91063 
 58   0    0.5    2.0      1     1.00    3.1e+08    3.2e+08     1.01  0.98527 
 58   1    0.5    2.0      1     1.00    3.2e+08    3.8e+08     1.17  0.85465 
 59 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.08  0.92555 
 59   0    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.05  0.95118 
 59   1    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.11  0.90357 
 60 N/A    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.10  0.91064 
 60   0    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.05  0.95101 
 60   1    0.5    2.0      1     1.00    3.3e+08    3.8e+08     1.14  0.87653 
 61 N/A    0.5    2.0      1     1.00    3.2e+08    3.7e+08     1.13  0.88206 
 61   0    0.5    2.0      1     1.00    3.3e+08    4.0e+08     1.22  0.82101 
 61   1    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.04  0.96136 
 62 N/A    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.13  0.88650 
 62   0    0.5    2.0      1     1.00    3.4e+08    4.2e+08     1.24  0.80852 
 62   1    0.5    2.0      1     1.00    3.2e+08    3.1e+08     0.99  1.01352 
 63 N/A    0.5    2.0      1     1.00    3.3e+08    4.0e+08     1.23  0.80974 
 63   0    0.5    2.0      1     1.00    3.2e+08    4.3e+08     1.33  0.75245 
 63   1    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.14  0.88070 
 64 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.08  0.92651 
 64   0    0.5    2.0      1     1.00    3.2e+08    3.1e+08     0.99  1.01297 
 64   1    0.5    2.0      1     1.00    3.3e+08    3.9e+08     1.16  0.86502 
 65 N/A    0.5    2.0      1     1.00    3.2e+08    3.7e+08     1.15  0.87121 
 65   0    0.5    2.0      1     1.00    3.2e+08    3.2e+08     1.00  1.00035 
 65   1    0.5    2.0      1     1.00    3.3e+08    4.2e+08     1.27  0.78764 
 66 N/A    0.5    2.0      1     1.00    3.2e+08    3.8e+08     1.20  0.83504 
 66   0    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.05  0.95216 
 66   1    0.5    2.0      1     1.00    3.2e+08    4.2e+08     1.33  0.75348 
 67 N/A    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.04  0.96232 
 67   0    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.06  0.94383 
 67   1    0.5    2.0      1     1.00    3.2e+08    3.2e+08     1.02  0.98325 
 68 N/A    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.14  0.88100 
 68   0    0.5    2.0      1     1.00    3.3e+08    4.1e+08     1.25  0.80121 
 68   1    0.5    2.0      1     1.00    3.1e+08    3.1e+08     1.00  1.00251 
 69 N/A    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.04  0.96071 
 69   0    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.06  0.94208 
 69   1    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.02  0.98184 
 70 N/A    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.08  0.92916 
 70   0    0.5    2.0      1     1.00    3.3e+08    3.8e+08     1.13  0.88430 
 70   1    0.5    2.0      1     1.00    3.2e+08    3.2e+08     1.01  0.98892 
 71 N/A    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.11  0.90286 
 71   0    0.5    2.0      1     1.00    3.4e+08    3.9e+08     1.14  0.87362 
 71   1    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.06  0.94256 
 72 N/A    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.13  0.88667 
 72   0    0.5    2.0      1     1.00    3.3e+08    3.8e+08     1.17  0.85792 
 72   1    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.09  0.91945 
 73 N/A    0.5    2.0      1     1.00    3.3e+08    4.1e+08     1.24  0.80575 
 73   0    0.5    2.0      1     1.00    3.3e+08    4.7e+08     1.42  0.70255 
 73   1    0.5    2.0      1     1.00    3.2e+08    3.2e+08     1.01  0.99080 
 74 N/A    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.05  0.95406 
 74   0    0.5    2.0      1     1.00    3.1e+08    3.2e+08     1.02  0.98176 
 74   1    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.08  0.93019 
 75 N/A    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.10  0.90612 
 75   0    0.5    2.0      1     1.00    3.1e+08    3.2e+08     1.02  0.97699 
 75   1    0.5    2.0      1     1.00    3.2e+08    3.7e+08     1.18  0.85035 
 76 N/A    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.13  0.88441 
 76   0    0.5    2.0      1     1.00    3.2e+08    3.7e+08     1.16  0.85862 
 76   1    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.10  0.91309 
 77 N/A    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.05  0.95466 
 77   0    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.10  0.90886 
 77   1    0.5    2.0      1     1.00    3.3e+08    3.3e+08     0.99  1.00582 
 78 N/A    0.5    2.0      1     1.00    3.2e+08    3.8e+08     1.19  0.84261 
 78   0    0.5    2.0      1     1.00    3.2e+08    4.2e+08     1.32  0.75922 
 78   1    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.05  0.95556 
 79 N/A    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.07  0.93421 
 79   0    0.5    2.0      1     1.00    3.1e+08    3.2e+08     1.02  0.97993 
 79   1    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.11  0.90040 
 80 N/A    0.5    2.0      1     1.00    3.2e+08    4.2e+08     1.30  0.77173 
 80   0    0.5    2.0      1     1.00    3.4e+08    4.9e+08     1.46  0.68548 
 80   1    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.07  0.93433 
 81 N/A    0.5    2.0      1     1.00    3.2e+08    3.7e+08     1.15  0.86894 
 81   0    0.5    2.0      1     1.00    3.1e+08    3.4e+08     1.09  0.92114 
 81   1    0.5    2.0      1     1.00    3.3e+08    3.9e+08     1.21  0.82871 
 82 N/A    0.5    2.0      1     1.00    3.1e+08    4.1e+08     1.30  0.76643 
 82   0    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.06  0.94227 
 82   1    0.5    2.0      1     1.00    3.2e+08    4.8e+08     1.50  0.66829 
 83 N/A    0.5    2.0      1     1.00    3.3e+08    4.6e+08     1.42  0.70655 
 83   0    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.07  0.93171 
 83   1    0.5    2.0      1     1.00    3.4e+08    5.6e+08     1.66  0.60292 
 84 N/A    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.08  0.92468 
 84   0    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.03  0.96964 
 84   1    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.13  0.88807 
 85 N/A    0.5    2.0      1     1.00    3.3e+08    4.4e+08     1.34  0.74683 
 85   0    0.5    2.0      1     1.00    3.2e+08    3.9e+08     1.20  0.83250 
 85   1    0.5    2.0      1     1.00    3.3e+08    4.8e+08     1.46  0.68371 
 86 N/A    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.13  0.88678 
 86   0    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.08  0.92992 
 86   1    0.5    2.0      1     1.00    3.2e+08    3.8e+08     1.17  0.85251 
 87 N/A    0.5    2.0      1     1.00    3.2e+08    3.7e+08     1.16  0.86240 
 87   0    0.5    2.0      1     1.00    3.2e+08    3.7e+08     1.17  0.85523 
 87   1    0.5    2.0      1     1.00    3.2e+08    3.7e+08     1.15  0.86945 
 88 N/A    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.06  0.94028 
 88   0    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.07  0.93046 
 88   1    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.05  0.94997 
 89 N/A    0.5    2.0      1     1.00    3.1e+08    3.6e+08     1.17  0.85562 
 89   0    0.5    2.0      1     1.00    3.0e+08    3.1e+08     1.03  0.97466 
 89   1    0.5    2.0      1     1.00    3.2e+08    4.1e+08     1.28  0.78332 
 90 N/A    0.5    2.0      1     1.00    3.2e+08    3.9e+08     1.23  0.81449 
 90   0    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.05  0.94987 
 90   1    0.5    2.0      1     1.00    3.2e+08    4.4e+08     1.37  0.72846 
 91 N/A    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.09  0.91737 
 91   0    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.04  0.95898 
 91   1    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.13  0.88189 
 92 N/A    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.10  0.91039 
 92   0    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.10  0.90819 
 92   1    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.10  0.91241 
 93 N/A    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.05  0.95535 
 93   0    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.05  0.94864 
 93   1    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.04  0.96196 
 94 N/A    0.5    2.0      1     1.00    3.2e+08    3.8e+08     1.20  0.83670 
 94   0    0.5    2.0      1     1.00    3.3e+08    4.4e+08     1.32  0.75603 
 94   1    0.5    2.0      1     1.00    3.1e+08    3.1e+08     1.02  0.98022 
 95 N/A    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.06  0.94019 
 95   0    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.11  0.89773 
 95   1    0.5    2.0      1     1.00    3.0e+08    3.0e+08     1.00  0.99945 
 96 N/A    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.04  0.96103 
 96   0    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.05  0.95683 
 96   1    0.5    2.0      1     1.00    3.1e+08    3.2e+08     1.04  0.96553 
 97 N/A    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.03  0.96817 
 97   0    0.5    2.0      1     1.00    3.2e+08    3.2e+08     1.00  0.99572 
 97   1    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.06  0.94237 
 98 N/A    0.5    2.0      1     1.00    3.1e+08    3.5e+08     1.14  0.87984 
 98   0    0.5    2.0      1     1.00    3.1e+08    3.9e+08     1.23  0.81379 
 98   1    0.5    2.0      1     1.00    3.1e+08    3.2e+08     1.03  0.96967 
 99 N/A    0.5    2.0      1     1.00    3.2e+08    3.7e+08     1.18  0.85016 
 99   0    0.5    2.0      1     1.00    3.2e+08    4.1e+08     1.30  0.77109 
 99   1    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.04  0.96458 
100 N/A    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.10  0.90778 
100   0    0.5    2.0      1     1.00    3.2e+08    3.2e+08     1.00  0.99697 
100   1    0.5    2.0      1     1.00    3.2e+08    3.8e+08     1.19  0.83764 
101 N/A    0.5    2.0      1     1.00    3.2e+08    3.9e+08     1.20  0.83258 
101   0    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.06  0.94379 
101   1    0.5    2.0      1     1.00    3.3e+08    4.3e+08     1.32  0.75797 
102 N/A    0.5    2.0      1     1.00    9.1e+06    9.5e+07    10.46  0.09560 
102   0    0.5    2.0      1     1.00    8.7e+06    9.2e+07    10.61  0.09421 
102   1    0.5    2.0      1     1.00    9.5e+06    9.8e+07    10.31  0.09697 
103 N/A    0.5    2.0      1     1.00    9.2e+06    9.7e+07    10.62  0.09414 
103   0    0.5    2.0      1     1.00    8.8e+06    9.2e+07    10.46  0.09560 
103   1    0.5    2.0      1     1.00    9.5e+06    1.0e+08    10.74  0.09307 
104 N/A    0.5    2.0      1     1.00    9.2e+06    9.6e+07    10.42  0.09597 
104   0    0.5    2.0      1     1.00    8.6e+06    8.9e+07    10.38  0.09634 
104   1    0.5    2.0      1     1.00    9.9e+06    1.0e+08    10.41  0.09609 
105 N/A    0.5    2.0      1     1.00    3.5e+07    8.9e+07     2.56  0.39113 
105   0    0.5    2.0      1     1.00    3.5e+07    9.3e+07     2.65  0.37786 
105   1    0.5    2.0      1     1.00    3.5e+07    8.6e+07     2.46  0.40584 
106 N/A    0.5    2.0      1     1.00    1.1e+08    1.6e+08     1.40  0.71230 
106   0    0.5    2.0      1     1.00    1.2e+08    1.5e+08     1.32  0.76015 
106   1    0.5    2.0      1     1.00    1.1e+08    1.7e+08     1.49  0.67160 
107 N/A    0.5    2.0      1     1.00    3.0e+08    3.2e+08     1.08  0.92441 
107   0    0.5    2.0      1     1.00    2.9e+08    3.4e+08     1.15  0.86885 
107   1    0.5    2.0      1     1.00    3.0e+08    3.0e+08     1.01  0.98947 
108 N/A    0.5    2.0      1     1.00    2.9e+08    3.3e+08     1.14  0.87997 
108   0    0.5    2.0      1     1.00    2.9e+08    3.4e+08     1.16  0.85924 
108   1    0.5    2.0      1     1.00    2.9e+08    3.3e+08     1.11  0.90142 
109 N/A    0.5    2.0      1     1.00    3.0e+08    3.3e+08     1.10  0.91202 
109   0    0.5    2.0      1     1.00    2.9e+08    2.9e+08     0.99  1.00795 
109   1    0.5    2.0      1     1.00    3.1e+08    3.7e+08     1.18  0.84747 
110 N/A    0.5    2.0      1     1.00    3.0e+08    3.5e+08     1.15  0.87115 
110   0    0.5    2.0      1     1.00    2.9e+08    3.0e+08     1.04  0.95766 
110   1    0.5    2.0      1     1.00    3.1e+08    3.8e+08     1.23  0.81390 
111 N/A    0.5    2.0      1     1.00    3.0e+08    3.6e+08     1.18  0.84529 
111   0    0.5    2.0      1     1.00    3.0e+08    3.1e+08     1.04  0.95895 
111   1    0.5    2.0      1     1.00    3.0e+08    4.0e+08     1.31  0.76509 
112 N/A    0.5    2.0      1     1.00    3.0e+08    3.3e+08     1.11  0.90451 
112   0    0.5    2.0      1     1.00    3.0e+08    3.0e+08     1.01  0.98638 
112   1    0.5    2.0      1     1.00    3.0e+08    3.6e+08     1.19  0.84063 
113 N/A    0.5    2.0      1     1.00    3.0e+08    3.9e+08     1.30  0.76721 
113   0    0.5    2.0      1     1.00    3.0e+08    4.5e+08     1.48  0.67552 
113   1    0.5    2.0      1     1.00    2.9e+08    3.2e+08     1.08  0.92381 
114 N/A    0.5    2.0      1     1.00    2.9e+08    3.1e+08     1.06  0.93998 
114   0    0.5    2.0      1     1.00    2.9e+08    3.3e+08     1.13  0.88886 
114   1    0.5    2.0      1     1.00    2.9e+08    2.9e+08     1.00  1.00435 
115 N/A    0.5    2.0      1     1.00    3.1e+08    3.4e+08     1.10  0.91209 
115   0    0.5    2.0      1     1.00    3.1e+08    3.4e+08     1.11  0.90459 
115   1    0.5    2.0      1     1.00    3.0e+08    3.3e+08     1.09  0.92007 
116 N/A    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.05  0.95436 
116   0    0.5    2.0      1     1.00    3.0e+08    3.1e+08     1.01  0.98576 
116   1    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.07  0.93198 
117 N/A    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.08  0.92169 
117   0    0.5    2.0      1     1.00    3.1e+08    3.5e+08     1.11  0.90269 
117   1    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.06  0.94092 
118 N/A    0.5    2.0      1     1.00    3.2e+08    3.2e+08     1.03  0.97308 
118   0    0.5    2.0      1     1.00    3.1e+08    3.1e+08     0.99  1.01506 
118   1    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.07  0.93613 
119 N/A    0.5    2.0      1     1.00    3.1e+08    4.0e+08     1.29  0.77540 
119   0    0.5    2.0      1     1.00    3.0e+08    3.2e+08     1.05  0.95019 
119   1    0.5    2.0      1     1.00    3.3e+08    4.7e+08     1.46  0.68510 
120 N/A    0.5    2.0      1     1.00    3.2e+08    3.7e+08     1.16  0.86515 
120   0    0.5    2.0      1     1.00    3.2e+08    4.0e+08     1.23  0.81411 
120   1    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.07  0.93232 
121 N/A    0.5    2.0      1     1.00    3.1e+08    3.4e+08     1.07  0.93479 
121   0    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.10  0.91248 
121   1    0.5    2.0      1     1.00    3.1e+08    3.2e+08     1.04  0.96269 
122 N/A    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.15  0.87276 
122   0    0.5    2.0      1     1.00    3.1e+08    3.8e+08     1.22  0.82291 
122   1    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.08  0.92942 
123 N/A    0.5    2.0      1     1.00    3.1e+08    3.9e+08     1.27  0.78653 
123   0    0.5    2.0      1     1.00    3.2e+08    4.5e+08     1.41  0.70815 
123   1    0.5    2.0      1     1.00    3.0e+08    3.3e+08     1.10  0.91218 
124 N/A    0.5    2.0      1     1.00    3.1e+08    3.9e+08     1.24  0.80342 
124   0    0.5    2.0      1     1.00    3.2e+08    4.4e+08     1.39  0.71770 
124   1    0.5    2.0      1     1.00    3.0e+08    3.2e+08     1.06  0.94207 
125 N/A    0.5    2.0      1     1.00    3.1e+08    3.6e+08     1.14  0.87599 
125   0    0.5    2.0      1     1.00    3.2e+08    3.9e+08     1.24  0.80416 
125   1    0.5    2.0      1     1.00    3.1e+08    3.2e+08     1.02  0.97607 
126 N/A    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.12  0.89274 
126   0    0.5    2.0      1     1.00    3.1e+08    3.4e+08     1.08  0.92573 
126   1    0.5    2.0      1     1.00    3.2e+08    3.7e+08     1.16  0.86346 

Need to delete hops 51-53 and 102-104.

I also changed tsys to 19 K in both channels.


--------------------------------------------------------------------

2005 April 19

--------------------------------------------------------------------

Continuing after numerous annoying delays....

Delete hops 52-54 and 103-105 (one-based counting). 

There were still a couple of hops with e/m ~ 0.65, but that should be fine.

nffts = 121

jsnr1 = 1018
jsnr2 = 1031

Data are well within those bounds:

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  0.55  1.70  0.45  6.90 27.02 49.10 70.72 81.39 53.16 29.01  4.58  1.48 -0.12  1.83

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  1.74 -0.16  0.90  6.12 40.63 69.15 87.60 85.74 91.40 39.66  1.13  2.00  2.93  0.51

Noise is Gaussian.

Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02015LCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/14   1-oc  17:47:15  00:00:00  17:58:53   0.0   7.61e-05   2.49e-02  1.8e-04  2.8
Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02015LCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/14   1-sc  17:47:15  00:00:00  17:58:53   0.0   7.61e-05   3.27e-02  1.8e-04  2.9 1.30987 1.32207 1.2978

OCxsec = 2.5E-2 km^2
SC/OC  = 1.31 +/- 0.01

This ratio differs significantly from the one I got using the TX RCP file.  The OC cross 
sections, however, are consistent.  

But how do we know if the channels are correct?  By using dofft for the first step, I don't 
have control of which channel is which.  

dofft allows the user to swap I and Q, but that will affect the frequency, not the channel.

If the channels were flipped, the ratio would be 0.76 instead of 1.31.  


- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 

January 19, TX RCP
==================

Solution 34, 10 runs

VOLT02019RCP.4660_Nereus

rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 399 > dofft -d 1.0 -p 15 -f 4096 -i VOLT02019RCP.4660_Nereus -o VOLT02019RCP.4660_Nereus.raw.rdf -x PRDX.OUT.s34 
contents of ast_spec control file:
4096,
1,
1,
/home/wart/bin/ast_spec_1.25 variables:
DATAIN=VOLT02019RCP.4660_Nereus
RDFOUT_1=VOLT02019RCP.4660_Nereus.raw.1_1.rdf
RDFOUT_2=VOLT02019RCP.4660_Nereus.raw.1_2.rdf
CONTROL=specs_in.dat
Running /home/wart/bin/ast_spec_1.25
/usr/local/bin/jurg2spec -i VOLT02019RCP.4660_Nereus.raw.1.rdf -o VOLT02019RCP.4660_Nereus.raw.rdf -x PRDX.OUT.s34  -p 15 -d 1.0 
Using .data1 as temporary storage for OC data
Using .data2 as temporary storage for SC data
Total hop states:  2
Total OC spectra:  99
Total SC spectra:  99
Processing data...
rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 400 > 


/usr/local/bin/rnb status:  removing background from 1 blocks of data
 S# clr  dfreq    tau  nffts    e_rms        ave       sdev    m_rms      e/m 
  0 N/A    0.5    2.0      1     1.00    2.7e+08    3.0e+08     1.09  0.91440 
  0   0    0.5    2.0      1     1.00    2.6e+08    2.6e+08     1.00  1.00271 
  0   1    0.5    2.0      1     1.00    2.8e+08    3.2e+08     1.17  0.85248 
  1 N/A    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.08  0.92572 
  1   0    0.5    2.0      1     1.00    2.6e+08    2.7e+08     1.03  0.96647 
  1   1    0.5    2.0      1     1.00    2.7e+08    3.0e+08     1.12  0.89230 
  2 N/A    0.5    2.0      1     1.00    2.7e+08    3.5e+08     1.29  0.77735 
  2   0    0.5    2.0      1     1.00    2.7e+08    2.5e+08     0.95  1.04836 
  2   1    0.5    2.0      1     1.00    2.8e+08    4.3e+08     1.53  0.65364 
  3 N/A    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.08  0.92892 
  3   0    0.5    2.0      1     1.00    2.8e+08    3.1e+08     1.12  0.89455 
  3   1    0.5    2.0      1     1.00    2.6e+08    2.7e+08     1.03  0.97285 
  4 N/A    0.5    2.0      1     1.00    2.8e+08    5.0e+08     1.80  0.55662 
  4   0    0.5    2.0      1     1.00    2.9e+08    6.5e+08     2.27  0.44131 
  4   1    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.00  1.00126 
  5 N/A    0.5    2.0      1     1.00    2.7e+08    3.0e+08     1.09  0.91655 
  5   0    0.5    2.0      1     1.00    2.7e+08    3.2e+08     1.19  0.84321 
  5   1    0.5    2.0      1     1.00    2.7e+08    2.7e+08     0.99  1.01147 
  6 N/A    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.02  0.97763 
  6   0    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.05  0.95345 
  6   1    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.00  1.00311 
  7 N/A    0.5    2.0      1     1.00    2.7e+08    3.0e+08     1.13  0.88801 
  7   0    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.07  0.93040 
  7   1    0.5    2.0      1     1.00    2.6e+08    3.1e+08     1.18  0.84865 
  8 N/A    0.5    2.0      1     1.00    2.7e+08    3.5e+08     1.28  0.78057 
  8   0    0.5    2.0      1     1.00    2.6e+08    2.6e+08     1.01  0.98910 
  8   1    0.5    2.0      1     1.00    2.8e+08    4.1e+08     1.47  0.68225 
  9 N/A    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.05  0.95106 
  9   0    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.04  0.95842 
  9   1    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.06  0.94447 
 10 N/A    0.5    2.0      1     1.00    2.7e+08    3.3e+08     1.22  0.81745 
 10   0    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.03  0.96732 
 10   1    0.5    2.0      1     1.00    2.7e+08    3.8e+08     1.38  0.72276 
 11 N/A    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.08  0.92364 
 11   0    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.04  0.96109 
 11   1    0.5    2.0      1     1.00    2.7e+08    3.0e+08     1.12  0.88900 
 12 N/A    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.04  0.96561 
 12   0    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.01  0.98995 
 12   1    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.06  0.94247 
 13 N/A    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.04  0.96360 
 13   0    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.09  0.92025 
 13   1    0.5    2.0      1     1.00    2.7e+08    2.7e+08     0.99  1.01367 
 14 N/A    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.03  0.97253 
 14   0    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.05  0.95421 
 14   1    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.01  0.99102 
 15 N/A    0.5    2.0      1     1.00    2.6e+08    2.9e+08     1.10  0.90898 
 15   0    0.5    2.0      1     1.00    2.7e+08    3.1e+08     1.15  0.87043 
 15   1    0.5    2.0      1     1.00    2.5e+08    2.6e+08     1.04  0.96415 
 16 N/A    0.5    2.0      1     1.00    2.7e+08    3.1e+08     1.15  0.87158 
 16   0    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.02  0.97695 
 16   1    0.5    2.0      1     1.00    2.7e+08    3.4e+08     1.26  0.79647 
 17 N/A    0.5    2.0      1     1.00    2.7e+08    3.2e+08     1.18  0.84987 
 17   0    0.5    2.0      1     1.00    2.6e+08    2.7e+08     1.01  0.98712 
 17   1    0.5    2.0      1     1.00    2.7e+08    3.6e+08     1.31  0.76515 
 18 N/A    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.07  0.93804 
 18   0    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.03  0.96765 
 18   1    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.10  0.91300 
 19 N/A    0.5    2.0      1     1.00    2.7e+08    3.2e+08     1.19  0.84007 
 19   0    0.5    2.0      1     1.00    2.6e+08    2.6e+08     0.97  1.02585 
 19   1    0.5    2.0      1     1.00    2.7e+08    3.7e+08     1.37  0.73119 
 20 N/A    0.5    2.0      1     1.00    2.7e+08    3.0e+08     1.13  0.88414 
 20   0    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.03  0.97120 
 20   1    0.5    2.0      1     1.00    2.7e+08    3.3e+08     1.22  0.81939 
 21 N/A    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.06  0.93934 
 21   0    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.08  0.92817 
 21   1    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.05  0.95056 
 22 N/A    0.5    2.0      1     1.00    2.7e+08    3.0e+08     1.10  0.90939 
 22   0    0.5    2.0      1     1.00    2.7e+08    3.1e+08     1.16  0.86002 
 22   1    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.04  0.96412 
 23 N/A    0.5    2.0      1     1.00    2.6e+08    2.7e+08     1.05  0.95657 
 23   0    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.07  0.93027 
 23   1    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.02  0.98403 
 24 N/A    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.10  0.90969 
 24   0    0.5    2.0      1     1.00    2.7e+08    3.2e+08     1.19  0.83803 
 24   1    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.00  1.00485 
 25 N/A    0.5    2.0      1     1.00    2.7e+08    3.0e+08     1.12  0.89454 
 25   0    0.5    2.0      1     1.00    2.6e+08    2.6e+08     1.01  0.98741 
 25   1    0.5    2.0      1     1.00    2.8e+08    3.4e+08     1.20  0.83338 
 26 N/A    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.08  0.92664 
 26   0    0.5    2.0      1     1.00    2.6e+08    2.7e+08     1.01  0.98762 
 26   1    0.5    2.0      1     1.00    2.7e+08    3.1e+08     1.14  0.87857 
 27 N/A    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.08  0.92168 
 27   0    0.5    2.0      1     1.00    2.6e+08    2.9e+08     1.10  0.90930 
 27   1    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.07  0.93398 
 28 N/A    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.05  0.95406 
 28   0    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.00  0.99514 
 28   1    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.09  0.91736 
 29 N/A    0.5    2.0      1     1.00    2.7e+08    3.0e+08     1.11  0.90393 
 29   0    0.5    2.0      1     1.00    2.8e+08    3.2e+08     1.17  0.85802 
 29   1    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.04  0.96357 
 30 N/A    0.5    2.0      1     1.00    2.8e+08    4.1e+08     1.47  0.68219 
 30   0    0.5    2.0      1     1.00    2.8e+08    5.0e+08     1.82  0.55008 
 30   1    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.02  0.97733 
 31 N/A    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.06  0.94477 
 31   0    0.5    2.0      1     1.00    2.6e+08    2.9e+08     1.10  0.90943 
 31   1    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.02  0.98138 
 32 N/A    0.5    2.0      1     1.00    2.7e+08    3.0e+08     1.12  0.89391 
 32   0    0.5    2.0      1     1.00    2.7e+08    3.2e+08     1.17  0.85452 
 32   1    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.06  0.94275 
 33 N/A    0.5    2.0      1     1.00    2.7e+08    3.1e+08     1.17  0.85588 
 33   0    0.5    2.0      1     1.00    2.7e+08    3.4e+08     1.26  0.79525 
 33   1    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.07  0.93665 
 34 N/A    0.5    2.0      1     1.00    2.8e+08    3.3e+08     1.18  0.84478 
 34   0    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.05  0.94886 
 34   1    0.5    2.0      1     1.00    2.8e+08    3.6e+08     1.29  0.77283 
 35 N/A    0.5    2.0      1     1.00    2.7e+08    3.2e+08     1.19  0.84028 
 35   0    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.06  0.94693 
 35   1    0.5    2.0      1     1.00    2.7e+08    3.6e+08     1.30  0.76634 
 36 N/A    0.5    2.0      1     1.00    2.8e+08    3.4e+08     1.22  0.82049 
 36   0    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.01  0.98577 
 36   1    0.5    2.0      1     1.00    2.8e+08    3.9e+08     1.39  0.72100 
 37 N/A    0.5    2.0      1     1.00    2.7e+08    3.0e+08     1.08  0.92932 
 37   0    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.01  0.99424 
 37   1    0.5    2.0      1     1.00    2.7e+08    3.1e+08     1.14  0.87546 
 38 N/A    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.05  0.95306 
 38   0    0.5    2.0      1     1.00    2.6e+08    2.9e+08     1.10  0.91167 
 38   1    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.00  0.99846 
 39 N/A    0.5    2.0      1     1.00    2.7e+08    3.7e+08     1.37  0.72801 
 39   0    0.5    2.0      1     1.00    2.8e+08    4.5e+08     1.63  0.61483 
 39   1    0.5    2.0      1     1.00    2.5e+08    2.5e+08     0.98  1.01753 
 40 N/A    0.5    2.0      1     1.00    2.6e+08    2.7e+08     1.03  0.97500 
 40   0    0.5    2.0      1     1.00    2.6e+08    2.7e+08     1.03  0.97166 
 40   1    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.02  0.97828 
 41 N/A    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.01  0.99336 
 41   0    0.5    2.0      1     1.00    2.7e+08    2.6e+08     0.98  1.02194 
 41   1    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.03  0.96862 
 42 N/A    0.5    2.0      1     1.00    2.7e+08    3.0e+08     1.13  0.88295 
 42   0    0.5    2.0      1     1.00    2.7e+08    3.3e+08     1.22  0.81881 
 42   1    0.5    2.0      1     1.00    2.6e+08    2.7e+08     1.03  0.96950 
 43 N/A    0.5    2.0      1     1.00    2.8e+08    3.3e+08     1.21  0.82684 
 43   0    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.00  1.00196 
 43   1    0.5    2.0      1     1.00    2.8e+08    3.8e+08     1.38  0.72335 
 44 N/A    0.5    2.0      1     1.00    2.7e+08    3.4e+08     1.28  0.77839 
 44   0    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.08  0.92641 
 44   1    0.5    2.0      1     1.00    2.7e+08    3.9e+08     1.46  0.68375 
 45 N/A    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.07  0.93046 
 45   0    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.02  0.97799 
 45   1    0.5    2.0      1     1.00    2.6e+08    3.0e+08     1.13  0.88707 
 46 N/A    0.5    2.0      1     1.00    2.6e+08    2.7e+08     1.03  0.96952 
 46   0    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.00  1.00182 
 46   1    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.06  0.93926 
 47 N/A    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.03  0.96814 
 47   0    0.5    2.0      1     1.00    2.6e+08    2.9e+08     1.09  0.91944 
 47   1    0.5    2.0      1     1.00    2.8e+08    2.7e+08     0.98  1.02043 
 48 N/A    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.09  0.92124 
 48   0    0.5    2.0      1     1.00    2.7e+08    3.0e+08     1.09  0.92076 
 48   1    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.08  0.92193 
 49 N/A    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.06  0.94093 
 49   0    0.5    2.0      1     1.00    2.7e+08    3.0e+08     1.13  0.88646 
 49   1    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.00  1.00464 
 50 N/A    0.5    2.0      1     1.00    3.7e+06    6.5e+07    17.31  0.05778 
 50   0    0.5    2.0      1     1.00    3.4e+06    6.3e+07    18.62  0.05371 
 50   1    0.5    2.0      1     1.00    4.1e+06    6.7e+07    16.22  0.06164 
 51 N/A    0.5    2.0      1     1.00    3.8e+06    6.3e+07    16.80  0.05953 
 51   0    0.5    2.0      1     1.00    3.4e+06    6.4e+07    18.55  0.05392 
 51   1    0.5    2.0      1     1.00    4.1e+06    6.3e+07    15.33  0.06523 
 52 N/A    0.5    2.0      1     1.00    9.7e+07    1.3e+08     1.30  0.77097 
 52   0    0.5    2.0      1     1.00    9.4e+07    1.2e+08     1.29  0.77580 
 52   1    0.5    2.0      1     1.00    1.0e+08    1.3e+08     1.30  0.76773 
 53 N/A    0.5    2.0      1     1.00    2.1e+08    2.3e+08     1.09  0.91751 
 53   0    0.5    2.0      1     1.00    2.1e+08    2.3e+08     1.07  0.93408 
 53   1    0.5    2.0      1     1.00    2.1e+08    2.3e+08     1.11  0.90137 
 54 N/A    0.5    2.0      1     1.00    2.2e+08    2.4e+08     1.08  0.92688 
 54   0    0.5    2.0      1     1.00    2.2e+08    2.3e+08     1.03  0.97018 
 54   1    0.5    2.0      1     1.00    2.3e+08    2.5e+08     1.12  0.88945 
 55 N/A    0.5    2.0      1     1.00    2.4e+08    2.5e+08     1.06  0.94070 
 55   0    0.5    2.0      1     1.00    2.5e+08    2.6e+08     1.06  0.93970 
 55   1    0.5    2.0      1     1.00    2.3e+08    2.5e+08     1.06  0.94272 
 56 N/A    0.5    2.0      1     1.00    2.3e+08    2.6e+08     1.11  0.90162 
 56   0    0.5    2.0      1     1.00    2.4e+08    2.8e+08     1.17  0.85291 
 56   1    0.5    2.0      1     1.00    2.3e+08    2.4e+08     1.04  0.96479 
 57 N/A    0.5    2.0      1     1.00    2.4e+08    2.5e+08     1.04  0.96258 
 57   0    0.5    2.0      1     1.00    2.4e+08    2.5e+08     1.06  0.94032 
 57   1    0.5    2.0      1     1.00    2.4e+08    2.4e+08     1.01  0.98578 
 58 N/A    0.5    2.0      1     1.00    2.5e+08    2.8e+08     1.14  0.87824 
 58   0    0.5    2.0      1     1.00    2.4e+08    2.9e+08     1.18  0.84598 
 58   1    0.5    2.0      1     1.00    2.5e+08    2.8e+08     1.10  0.91244 
 59 N/A    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.03  0.96741 
 59   0    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.06  0.94374 
 59   1    0.5    2.0      1     1.00    2.6e+08    2.6e+08     1.00  0.99854 
 60 N/A    0.5    2.0      1     1.00    2.8e+08    3.3e+08     1.18  0.84892 
 60   0    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.06  0.94639 
 60   1    0.5    2.0      1     1.00    2.8e+08    3.6e+08     1.28  0.78123 
 61 N/A    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.07  0.93568 
 61   0    0.5    2.0      1     1.00    2.7e+08    2.6e+08     0.98  1.01740 
 61   1    0.5    2.0      1     1.00    2.7e+08    3.1e+08     1.14  0.87429 
 62 N/A    0.5    2.0      1     1.00    2.6e+08    2.7e+08     1.05  0.95351 
 62   0    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.00  1.00138 
 62   1    0.5    2.0      1     1.00    2.5e+08    2.8e+08     1.10  0.90879 
 63 N/A    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.03  0.97235 
 63   0    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.00  0.99574 
 63   1    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.05  0.94939 
 64 N/A    0.5    2.0      1     1.00    2.8e+08    3.2e+08     1.17  0.85664 
 64   0    0.5    2.0      1     1.00    2.8e+08    3.7e+08     1.30  0.76903 
 64   1    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.00  0.99923 
 65 N/A    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.03  0.97168 
 65   0    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.07  0.93303 
 65   1    0.5    2.0      1     1.00    2.7e+08    2.7e+08     0.98  1.01613 
 66 N/A    0.5    2.0      1     1.00    2.6e+08    2.7e+08     1.03  0.96798 
 66   0    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.04  0.95759 
 66   1    0.5    2.0      1     1.00    2.6e+08    2.6e+08     1.02  0.97991 
 67 N/A    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.08  0.92843 
 67   0    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.11  0.90390 
 67   1    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.04  0.95754 
 68 N/A    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.06  0.94717 
 68   0    0.5    2.0      1     1.00    2.6e+08    2.6e+08     1.00  1.00140 
 68   1    0.5    2.0      1     1.00    2.8e+08    3.1e+08     1.10  0.90585 
 69 N/A    0.5    2.0      1     1.00    2.6e+08    2.7e+08     1.05  0.95678 
 69   0    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.03  0.97167 
 69   1    0.5    2.0      1     1.00    2.6e+08    2.7e+08     1.06  0.94189 
 70 N/A    0.5    2.0      1     1.00    2.7e+08    3.4e+08     1.24  0.80683 
 70   0    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.09  0.91763 
 70   1    0.5    2.0      1     1.00    2.8e+08    3.8e+08     1.36  0.73688 
 71 N/A    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.05  0.95074 
 71   0    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.06  0.94547 
 71   1    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.05  0.95591 
 72 N/A    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.02  0.98315 
 72   0    0.5    2.0      1     1.00    2.7e+08    2.6e+08     0.97  1.03603 
 72   1    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.07  0.93852 
 73 N/A    0.5    2.0      1     1.00    2.6e+08    2.7e+08     1.04  0.96467 
 73   0    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.05  0.95109 
 73   1    0.5    2.0      1     1.00    2.6e+08    2.6e+08     1.02  0.98140 
 74 N/A    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.08  0.92935 
 74   0    0.5    2.0      1     1.00    2.7e+08    3.0e+08     1.11  0.90237 
 74   1    0.5    2.0      1     1.00    2.6e+08    2.6e+08     1.04  0.96431 
 75 N/A    0.5    2.0      1     1.00    2.7e+08    3.1e+08     1.14  0.88055 
 75   0    0.5    2.0      1     1.00    2.7e+08    3.3e+08     1.24  0.80910 
 75   1    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.03  0.97439 
 76 N/A    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.02  0.97969 
 76   0    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.03  0.97253 
 76   1    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.01  0.98671 
 77 N/A    0.5    2.0      1     1.00    2.7e+08    3.1e+08     1.16  0.86094 
 77   0    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.08  0.92177 
 77   1    0.5    2.0      1     1.00    2.7e+08    3.3e+08     1.23  0.81445 
 78 N/A    0.5    2.0      1     1.00    2.7e+08    3.0e+08     1.09  0.91431 
 78   0    0.5    2.0      1     1.00    2.6e+08    2.6e+08     1.01  0.98817 
 78   1    0.5    2.0      1     1.00    2.8e+08    3.3e+08     1.15  0.86582 
 79 N/A    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.01  0.98960 
 79   0    0.5    2.0      1     1.00    2.8e+08    2.7e+08     0.96  1.04367 
 79   1    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.07  0.93896 
 80 N/A    0.5    2.0      1     1.00    2.8e+08    3.2e+08     1.12  0.89019 
 80   0    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.06  0.94661 
 80   1    0.5    2.0      1     1.00    2.8e+08    3.4e+08     1.19  0.84361 
 81 N/A    0.5    2.0      1     1.00    2.7e+08    3.0e+08     1.09  0.91739 
 81   0    0.5    2.0      1     1.00    2.8e+08    2.7e+08     0.97  1.02702 
 81   1    0.5    2.0      1     1.00    2.7e+08    3.2e+08     1.20  0.83258 
 82 N/A    0.5    2.0      1     1.00    2.7e+08    3.4e+08     1.22  0.81785 
 82   0    0.5    2.0      1     1.00    2.7e+08    3.9e+08     1.42  0.70191 
 82   1    0.5    2.0      1     1.00    2.7e+08    2.7e+08     0.98  1.02363 
 83 N/A    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.07  0.93722 
 83   0    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.06  0.94589 
 83   1    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.08  0.92839 
 84 N/A    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.04  0.95706 
 84   0    0.5    2.0      1     1.00    2.6e+08    2.9e+08     1.10  0.90955 
 84   1    0.5    2.0      1     1.00    2.8e+08    2.8e+08     0.99  1.00721 
 85 N/A    0.5    2.0      1     1.00    2.7e+08    3.0e+08     1.08  0.92795 
 85   0    0.5    2.0      1     1.00    2.8e+08    3.1e+08     1.11  0.89887 
 85   1    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.04  0.96310 
 86 N/A    0.5    2.0      1     1.00    2.7e+08    3.0e+08     1.09  0.91765 
 86   0    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.00  1.00341 
 86   1    0.5    2.0      1     1.00    2.8e+08    3.2e+08     1.17  0.85191 
 87 N/A    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.04  0.96482 
 87   0    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.02  0.97636 
 87   1    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.05  0.95319 
 88 N/A    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.06  0.94474 
 88   0    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.07  0.93254 
 88   1    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.05  0.95685 
 89 N/A    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.06  0.94374 
 89   0    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.08  0.92921 
 89   1    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.04  0.95829 
 90 N/A    0.5    2.0      1     1.00    2.8e+08    3.6e+08     1.27  0.78875 
 90   0    0.5    2.0      1     1.00    2.8e+08    3.1e+08     1.08  0.92476 
 90   1    0.5    2.0      1     1.00    2.8e+08    4.0e+08     1.43  0.69738 
 91 N/A    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.07  0.93559 
 91   0    0.5    2.0      1     1.00    2.9e+08    3.2e+08     1.10  0.91174 
 91   1    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.03  0.96812 
 92 N/A    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.02  0.97886 
 92   0    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.03  0.97179 
 92   1    0.5    2.0      1     1.00    2.9e+08    3.0e+08     1.01  0.98650 
 93 N/A    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.07  0.93112 
 93   0    0.5    2.0      1     1.00    2.9e+08    3.2e+08     1.12  0.89296 
 93   1    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.01  0.98527 
 94 N/A    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.02  0.98208 
 94   0    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.02  0.97838 
 94   1    0.5    2.0      1     1.00    2.9e+08    2.9e+08     1.01  0.98784 
 95 N/A    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.04  0.95864 
 95   0    0.5    2.0      1     1.00    2.7e+08    2.7e+08     0.99  1.01261 
 95   1    0.5    2.0      1     1.00    2.8e+08    3.1e+08     1.09  0.91488 
 96 N/A    0.5    2.0      1     1.00    2.7e+08    3.0e+08     1.12  0.89575 
 96   0    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.01  0.98757 
 96   1    0.5    2.0      1     1.00    2.8e+08    3.4e+08     1.20  0.83226 
 97 N/A    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.05  0.95333 
 97   0    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.03  0.96689 
 97   1    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.06  0.94100 
 98 N/A    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.04  0.96388 
 98   0    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.03  0.97488 
 98   1    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.05  0.95341 

Need to delete hops 50-51 zero-based or 51-52 one-based.

e/m values are much better.  Still a few at about 0.4-0.6, though.

ffts = 97

Oops!  Forgot to fix tsys.

For this track we did cw at the end, not the beginning.  However, I didn't note tsys
at the beginning anyway...  We measured Tsys at the end of the track, right
after we finished CW.  Ch1 = 20.3 K, Ch2 = 20.6 K.  Adopt 20.6 K.

Here's the new file with the adjusted Tsys and bad hops removed:

VOLT02019RCP.4660_Nereus.raw.new.rdf


rnb.Calibrate():  xmit_sta is DSS14     Default value used      
Using Observatory Gain Constant:  1.11452e+07
(num)     Gain Const  rtt    tsys     gain   pt        nfreq     dfreq     tau       rmsc      sdev 
(  0)    1.11452e+07  29.99  20.6   655.072    470         2  0.488281   198.656  0.143592  4.22944e-05

ffts = 97

jsnr1 and 2 are the same as usual:

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1 -0.57  0.26  2.03  2.14 46.57 76.41 66.17 90.06  9.80  2.52  1.98 -0.52 -0.02  1.01

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1 -0.57 -0.14  0.75  5.61 36.23 55.05 64.51 63.36 10.20  4.20  3.91  0.87 -0.78  2.11


Noise is Gaussian


Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02019RCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/18   1-oc  23:09:43  00:00:00  23:19:28   0.0   4.23e-05   1.26e-02  8.8e-05  2.1
Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02019RCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/18   1-sc  23:09:43  00:00:00  23:19:28   0.0   4.23e-05   1.04e-02  9.2e-05  2.3 0.82358 0.832912 0.814327

OCxsec = 1.3E-2 km^2   Was it oriented end-on?  Otherwise this is problematic.
SC/OC  = 0.82 +/- 0.01

Calls into doubt the 1.3 ratio seen on Jan. 15 with TX LCP.

Bandwidth = 4 Hz (using 2-sigma levels...note: could be including impulse response).

On Jan. 15 the bandwidth using the same criterion was: 3.5 Hz.  Evidently the cross sections
aren't stable from day-to-day.  

There don't seem to be any vax images from January 15.  May need to dig into PFS data...ugh.
On Jan. 19, Nereus had just gone through an end-on orientation a short time before the
cw observations.


--------------------------------------------------------------------

2005 April 20

--------------------------------------------------------------------

January 19, TX LCP
==================

10 runs, solution 34

file = VOLT02019LCP.4660_Nereus
Use tsys = 20.6 K again.


rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 409 > dofft -d 1.0 -p 15 -f 4096 -i VOLT02019LCP.4660_Nereus -o VOLT02019LCP.4660_Nereus.raw.rdf -x PRDX.OUT.s34
contents of ast_spec control file:
4096,
1,
1,
/home/wart/bin/ast_spec_1.25 variables:
DATAIN=VOLT02019LCP.4660_Nereus
RDFOUT_1=VOLT02019LCP.4660_Nereus.raw.1_1.rdf
RDFOUT_2=VOLT02019LCP.4660_Nereus.raw.1_2.rdf
CONTROL=specs_in.dat
Running /home/wart/bin/ast_spec_1.25
/usr/local/bin/jurg2spec -i VOLT02019LCP.4660_Nereus.raw.1.rdf -o VOLT02019LCP.4660_Nereus.raw.rdf -x PRDX.OUT.s34  -p 15 -d 1.0 
Using .data1 as temporary storage for OC data
Using .data2 as temporary storage for SC data
Total hop states:  2
Total OC spectra:  97
Total SC spectra:  97
Processing data...

Not working...because the disk filled!  I deleted some of the raw rdf files and cleaned
out some old 1999 JM8 tifs that were occupying a lot of space.  

Try dofft again:

rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 489 > dofft -d 1.0 -p 15 -f 4096 -i VOLT02019LCP.4660_Nereus -o VOLT02019LCP.4660_Nereus.raw.rdf -x PRDX.OUT.s34
contents of ast_spec control file:
4096,
1,
1,
/home/wart/bin/ast_spec_1.25 variables:
DATAIN=VOLT02019LCP.4660_Nereus
RDFOUT_1=VOLT02019LCP.4660_Nereus.raw.1_1.rdf
RDFOUT_2=VOLT02019LCP.4660_Nereus.raw.1_2.rdf
CONTROL=specs_in.dat
Running /home/wart/bin/ast_spec_1.25
/usr/local/bin/jurg2spec -i VOLT02019LCP.4660_Nereus.raw.1.rdf -o VOLT02019LCP.4660_Nereus.raw.rdf -x PRDX.OUT.s34  -p 15 -d 1.0 
Using .data1 as temporary storage for OC data
Using .data2 as temporary storage for SC data
Total hop states:  2
Total OC spectra:  97
Total SC spectra:  97
Processing data...

Verify that the files aren't empty:  

rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 497 > du -ks VOLT02019LCP.4660_Nereus* 
0       VOLT02019LCP.4660_Nereus               <-- Note: I'm using links for the raw file
2       VOLT02019LCP.4660_Nereus.file.parms
3160    VOLT02019LCP.4660_Nereus.raw.1.rdf
1584    VOLT02019LCP.4660_Nereus.raw.1_1.rdf
1584    VOLT02019LCP.4660_Nereus.raw.1_2.rdf
3152    VOLT02019LCP.4660_Nereus.raw.rdf

OK, looks fine.

Delete the extraneous files and forge ahead.

Here's channel one:

0)  0-0	1-0	t-0
/usr/local/bin/rnb status:  removing background from 1 blocks of data
 S# clr  dfreq    tau  nffts    e_rms        ave       sdev    m_rms      e/m 
  0 N/A    0.5    2.0      1     1.00    3.2e+08    3.2e+08     0.99  1.00574 
  0   0    0.5    2.0      1     1.00    3.3e+08    3.2e+08     0.99  1.00956 
  0   1    0.5    2.0      1     1.00    3.2e+08    3.2e+08     1.00  1.00175 
  1 N/A    0.5    2.0      1     1.00    3.3e+08    4.3e+08     1.29  0.77314 
  1   0    0.5    2.0      1     1.00    3.3e+08    3.2e+08     0.98  1.02149 
  1   1    0.5    2.0      1     1.00    3.4e+08    5.2e+08     1.54  0.65054 
  2 N/A    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.03  0.97340 
  2   0    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.04  0.95923 
  2   1    0.5    2.0      1     1.00    3.2e+08    3.2e+08     1.01  0.98955 
  3 N/A    0.5    2.0      1     1.00    3.3e+08    3.3e+08     0.99  1.01131 
  3   0    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.00  1.00488 
  3   1    0.5    2.0      1     1.00    3.4e+08    3.3e+08     0.98  1.01758 
  4 N/A    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.09  0.92100 
  4   0    0.5    2.0      1     1.00    3.1e+08    3.6e+08     1.14  0.87570 
  4   1    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.03  0.97016 
  5 N/A    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.04  0.96030 
  5   0    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.07  0.93669 
  5   1    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.01  0.98905 
  6 N/A    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.05  0.95056 
  6   0    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.05  0.95593 
  6   1    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.06  0.94525 
  7 N/A    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.07  0.93194 
  7   0    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.06  0.94582 
  7   1    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.09  0.91823 
  8 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.05  0.95653 
  8   0    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.06  0.94185 
  8   1    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.03  0.97188 
  9 N/A    0.5    2.0      1     1.00    3.3e+08    4.0e+08     1.22  0.81859 
  9   0    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.06  0.94484 
  9   1    0.5    2.0      1     1.00    3.3e+08    4.5e+08     1.36  0.73316 
 10 N/A    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.05  0.95676 
 10   0    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.11  0.90358 
 10   1    0.5    2.0      1     1.00    3.2e+08    3.1e+08     0.98  1.02466 
 11 N/A    0.5    2.0      1     1.00    3.4e+08    4.1e+08     1.21  0.82604 
 11   0    0.5    2.0      1     1.00    3.5e+08    4.6e+08     1.33  0.75385 
 11   1    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.07  0.93613 
 12 N/A    0.5    2.0      1     1.00    3.4e+08    4.1e+08     1.20  0.83055 
 12   0    0.5    2.0      1     1.00    3.5e+08    4.8e+08     1.35  0.73877 
 12   1    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.00  1.00133 
 13 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.05  0.95040 
 13   0    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.06  0.94598 
 13   1    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.05  0.95506 
 14 N/A    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.12  0.89445 
 14   0    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.06  0.94601 
 14   1    0.5    2.0      1     1.00    3.5e+08    4.0e+08     1.17  0.85687 
 15 N/A    0.5    2.0      1     1.00    3.3e+08    3.8e+08     1.12  0.88935 
 15   0    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.08  0.92168 
 15   1    0.5    2.0      1     1.00    3.4e+08    3.9e+08     1.16  0.86007 
 16 N/A    0.5    2.0      1     1.00    3.4e+08    4.0e+08     1.19  0.84261 
 16   0    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.05  0.95556 
 16   1    0.5    2.0      1     1.00    3.5e+08    4.5e+08     1.30  0.76917 
 17 N/A    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.00  0.99644 
 17   0    0.5    2.0      1     1.00    3.3e+08    3.2e+08     0.99  1.01177 
 17   1    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.02  0.98234 
 18 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.04  0.96118 
 18   0    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.09  0.91621 
 18   1    0.5    2.0      1     1.00    3.3e+08    3.2e+08     0.98  1.01630 
 19 N/A    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.10  0.90624 
 19   0    0.5    2.0      1     1.00    3.4e+08    4.1e+08     1.19  0.84296 
 19   1    0.5    2.0      1     1.00    3.2e+08    3.2e+08     1.00  1.00245 
 20 N/A    0.5    2.0      1     1.00    3.3e+08    3.8e+08     1.16  0.85969 
 20   0    0.5    2.0      1     1.00    3.4e+08    4.2e+08     1.23  0.80982 
 20   1    0.5    2.0      1     1.00    3.1e+08    3.3e+08     1.07  0.93801 
 21 N/A    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.02  0.98127 
 21   0    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.04  0.95995 
 21   1    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.00  1.00425 
 22 N/A    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.08  0.92818 
 22   0    0.5    2.0      1     1.00    3.4e+08    3.9e+08     1.15  0.86672 
 22   1    0.5    2.0      1     1.00    3.4e+08    3.4e+08     1.00  1.00486 
 23 N/A    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.04  0.96354 
 23   0    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.03  0.97498 
 23   1    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.05  0.95203 
 24 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.05  0.95503 
 24   0    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.04  0.96448 
 24   1    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.05  0.94807 
 25 N/A    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.14  0.87876 
 25   0    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.10  0.90693 
 25   1    0.5    2.0      1     1.00    3.3e+08    3.9e+08     1.17  0.85382 
 26 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.07  0.93578 
 26   0    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.05  0.95332 
 26   1    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.09  0.92044 
 27 N/A    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.05  0.95687 
 27   0    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.09  0.91692 
 27   1    0.5    2.0      1     1.00    3.2e+08    3.2e+08     0.99  1.00616 
 28 N/A    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.12  0.89015 
 28   0    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.15  0.87191 
 28   1    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.10  0.90918 
 29 N/A    0.5    2.0      1     1.00    3.3e+08    3.9e+08     1.18  0.84841 
 29   0    0.5    2.0      1     1.00    3.5e+08    4.2e+08     1.21  0.82765 
 29   1    0.5    2.0      1     1.00    3.2e+08    3.6e+08     1.14  0.88044 
 30 N/A    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.01  0.98984 
 30   0    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.02  0.98014 
 30   1    0.5    2.0      1     1.00    3.2e+08    3.2e+08     1.00  1.00239 
 31 N/A    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.06  0.93946 
 31   0    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.04  0.96484 
 31   1    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.09  0.91587 
 32 N/A    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.10  0.91071 
 32   0    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.10  0.90959 
 32   1    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.10  0.91161 
 33 N/A    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.02  0.97801 
 33   0    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.00  1.00062 
 33   1    0.5    2.0      1     1.00    3.2e+08    3.4e+08     1.05  0.95614 
 34 N/A    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.09  0.91884 
 34   0    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.08  0.92524 
 34   1    0.5    2.0      1     1.00    3.4e+08    3.8e+08     1.09  0.91343 
 35 N/A    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.07  0.93414 
 35   0    0.5    2.0      1     1.00    3.3e+08    3.2e+08     0.98  1.01710 
 35   1    0.5    2.0      1     1.00    3.4e+08    3.9e+08     1.15  0.87130 
 36 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.05  0.94900 
 36   0    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.09  0.92124 
 36   1    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.02  0.98156 
 37 N/A    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.03  0.97259 
 37   0    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.02  0.97933 
 37   1    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.04  0.96588 
 38 N/A    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.08  0.92849 
 38   0    0.5    2.0      1     1.00    3.5e+08    3.9e+08     1.12  0.89394 
 38   1    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.03  0.97088 
 39 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.06  0.94754 
 39   0    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.05  0.95024 
 39   1    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.06  0.94462 
 40 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.06  0.94156 
 40   0    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.06  0.94414 
 40   1    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.07  0.93896 
 41 N/A    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.12  0.89638 
 41   0    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.12  0.89315 
 41   1    0.5    2.0      1     1.00    3.4e+08    3.8e+08     1.11  0.90083 
 42 N/A    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.05  0.95300 
 42   0    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.06  0.94571 
 42   1    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.04  0.96017 
 43 N/A    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.04  0.95822 
 43   0    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.03  0.97490 
 43   1    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.06  0.94217 
 44 N/A    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.06  0.94647 
 44   0    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.05  0.95571 
 44   1    0.5    2.0      1     1.00    3.5e+08    3.7e+08     1.07  0.93851 
 45 N/A    0.5    2.0      1     1.00    3.4e+08    4.4e+08     1.31  0.76396 
 45   0    0.5    2.0      1     1.00    3.3e+08    5.2e+08     1.56  0.63940 
 45   1    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.02  0.98379 
 46 N/A    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.06  0.94454 
 46   0    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.10  0.90900 
 46   1    0.5    2.0      1     1.00    3.4e+08    3.4e+08     1.02  0.98409 
 47 N/A    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.02  0.97919 
 47   0    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.02  0.97631 
 47   1    0.5    2.0      1     1.00    3.1e+08    3.2e+08     1.02  0.98333 
 48 N/A    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.03  0.97306 
 48   0    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.06  0.94378 
 48   1    0.5    2.0      1     1.00    3.4e+08    3.4e+08     1.00  1.00420 
 49 N/A    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.01  0.98796 
 49   0    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.00  1.00026 
 49   1    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.02  0.97654 
 50 N/A    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.08  0.92283 
 50   0    0.5    2.0      1     1.00    3.2e+08    3.7e+08     1.16  0.86378 
 50   1    0.5    2.0      1     1.00    3.4e+08    3.4e+08     1.01  0.98886 
 51 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.06  0.93957 
 51   0    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.09  0.91389 
 51   1    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.03  0.96749 
 52 N/A    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.07  0.93308 
 52   0    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.05  0.94834 
 52   1    0.5    2.0      1     1.00    3.5e+08    3.8e+08     1.09  0.92028 
 53 N/A    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.08  0.92915 
 53   0    0.5    2.0      1     1.00    3.4e+08    3.9e+08     1.14  0.87717 
 53   1    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.00  0.99960 
 54 N/A    0.5    2.0      1     1.00    3.4e+08    4.0e+08     1.16  0.86387 
 54   0    0.5    2.0      1     1.00    3.4e+08    4.4e+08     1.30  0.76974 
 54   1    0.5    2.0      1     1.00    3.5e+08    3.5e+08     1.00  0.99543 
 55 N/A    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.13  0.88539 
 55   0    0.5    2.0      1     1.00    3.3e+08    4.1e+08     1.22  0.81898 
 55   1    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.02  0.97675 
 56 N/A    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.07  0.93527 
 56   0    0.5    2.0      1     1.00    3.5e+08    4.0e+08     1.14  0.87904 
 56   1    0.5    2.0      1     1.00    3.3e+08    3.3e+08     0.99  1.01453 
 57 N/A    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.11  0.90404 
 57   0    0.5    2.0      1     1.00    3.4e+08    3.9e+08     1.13  0.88165 
 57   1    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.07  0.93027 
 58 N/A    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.04  0.95819 
 58   0    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.03  0.96917 
 58   1    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.06  0.94758 
 59 N/A    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.08  0.92868 
 59   0    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.03  0.97475 
 59   1    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.13  0.88732 
 60 N/A    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.10  0.90857 
 60   0    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.11  0.90202 
 60   1    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.09  0.91520 
 61 N/A    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.08  0.92887 
 61   0    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.03  0.97124 
 61   1    0.5    2.0      1     1.00    3.4e+08    3.8e+08     1.12  0.89184 
 62 N/A    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.05  0.95138 
 62   0    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.05  0.94916 
 62   1    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.05  0.95371 
 63 N/A    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.02  0.97675 
 63   0    0.5    2.0      1     1.00    3.5e+08    3.5e+08     1.02  0.97863 
 63   1    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.03  0.97550 
 64 N/A    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.08  0.92432 
 64   0    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.08  0.92936 
 64   1    0.5    2.0      1     1.00    3.2e+08    3.5e+08     1.09  0.91941 
 65 N/A    0.5    2.0      1     1.00    3.4e+08    3.3e+08     0.99  1.01277 
 65   0    0.5    2.0      1     1.00    3.4e+08    3.4e+08     1.01  0.99182 
 65   1    0.5    2.0      1     1.00    3.3e+08    3.2e+08     0.96  1.03677 
 66 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.07  0.93435 
 66   0    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.01  0.99292 
 66   1    0.5    2.0      1     1.00    3.3e+08    3.8e+08     1.13  0.88573 
 67 N/A    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.06  0.93979 
 67   0    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.02  0.98137 
 67   1    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.11  0.90137 
 68 N/A    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.09  0.91914 
 68   0    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.02  0.98067 
 68   1    0.5    2.0      1     1.00    3.4e+08    3.9e+08     1.15  0.87025 
 69 N/A    0.5    2.0      1     1.00    3.4e+08    3.8e+08     1.13  0.88857 
 69   0    0.5    2.0      1     1.00    3.4e+08    4.0e+08     1.16  0.86494 
 69   1    0.5    2.0      1     1.00    3.3e+08    3.7e+08     1.09  0.91598 
 70 N/A    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.06  0.94374 
 70   0    0.5    2.0      1     1.00    3.4e+08    3.8e+08     1.10  0.91094 
 70   1    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.02  0.98354 
 71 N/A    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.07  0.93093 
 71   0    0.5    2.0      1     1.00    3.4e+08    3.8e+08     1.13  0.88340 
 71   1    0.5    2.0      1     1.00    3.4e+08    3.4e+08     1.01  0.98700 
 72 N/A    0.5    2.0      1     1.00    3.4e+08    3.8e+08     1.12  0.89640 
 72   0    0.5    2.0      1     1.00    3.4e+08    4.0e+08     1.16  0.86497 
 72   1    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.07  0.93408 
 73 N/A    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.02  0.97670 
 73   0    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.04  0.95694 
 73   1    0.5    2.0      1     1.00    3.2e+08    3.2e+08     1.00  1.00155 
 74 N/A    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.01  0.98876 
 74   0    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.01  0.98892 
 74   1    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.01  0.98839 
 75 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.05  0.95226 
 75   0    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.03  0.97352 
 75   1    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.07  0.93190 
 76 N/A    0.5    2.0      1     1.00    3.4e+08    3.8e+08     1.11  0.89822 
 76   0    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.04  0.96245 
 76   1    0.5    2.0      1     1.00    3.4e+08    4.1e+08     1.18  0.84688 
 77 N/A    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.02  0.98019 
 77   0    0.5    2.0      1     1.00    3.4e+08    3.4e+08     1.02  0.98411 
 77   1    0.5    2.0      1     1.00    3.5e+08    3.5e+08     1.02  0.97642 
 78 N/A    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.01  0.99131 
 78   0    0.5    2.0      1     1.00    3.4e+08    3.4e+08     1.00  1.00350 
 78   1    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.02  0.97922 
 79 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.07  0.93499 
 79   0    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.09  0.91983 
 79   1    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.05  0.95035 
 80 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.07  0.93082 
 80   0    0.5    2.0      1     1.00    3.4e+08    3.8e+08     1.12  0.89452 
 80   1    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.03  0.97525 
 81 N/A    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.03  0.97509 
 81   0    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.03  0.96707 
 81   1    0.5    2.0      1     1.00    3.5e+08    3.5e+08     1.02  0.98315 
 82 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.05  0.94878 
 82   0    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.06  0.94158 
 82   1    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.05  0.95681 
 83 N/A    0.5    2.0      1     1.00    3.4e+08    3.9e+08     1.16  0.86345 
 83   0    0.5    2.0      1     1.00    3.4e+08    4.3e+08     1.28  0.78211 
 83   1    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.03  0.97427 
 84 N/A    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.09  0.91960 
 84   0    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.08  0.92639 
 84   1    0.5    2.0      1     1.00    3.3e+08    3.6e+08     1.10  0.91263 
 85 N/A    0.5    2.0      1     1.00    3.4e+08    3.4e+08     1.01  0.98773 
 85   0    0.5    2.0      1     1.00    3.4e+08    3.4e+08     1.01  0.98671 
 85   1    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.01  0.98856 
 86 N/A    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.04  0.96517 
 86   0    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.02  0.98091 
 86   1    0.5    2.0      1     1.00    3.5e+08    3.6e+08     1.05  0.95432 
 87 N/A    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.05  0.95415 
 87   0    0.5    2.0      1     1.00    3.3e+08    3.1e+08     0.96  1.04335 
 87   1    0.5    2.0      1     1.00    3.2e+08    3.7e+08     1.13  0.88300 
 88 N/A    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.01  0.99494 
 88   0    0.5    2.0      1     1.00    3.4e+08    3.4e+08     0.99  1.00603 
 88   1    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.02  0.98411 
 89 N/A    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.03  0.96689 
 89   0    0.5    2.0      1     1.00    3.4e+08    3.4e+08     1.03  0.97469 
 89   1    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.04  0.95964 
 90 N/A    0.5    2.0      1     1.00    3.5e+08    3.7e+08     1.06  0.94431 
 90   0    0.5    2.0      1     1.00    3.6e+08    3.9e+08     1.08  0.92865 
 90   1    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.04  0.96421 
 91 N/A    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.01  0.99027 
 91   0    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.02  0.97789 
 91   1    0.5    2.0      1     1.00    3.4e+08    3.4e+08     1.00  1.00275 
 92 N/A    0.5    2.0      1     1.00    3.2e+08    3.3e+08     1.02  0.98336 
 92   0    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.01  0.98574 
 92   1    0.5    2.0      1     1.00    3.2e+08    3.2e+08     1.02  0.98130 
 93 N/A    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.04  0.96127 
 93   0    0.5    2.0      1     1.00    3.3e+08    3.5e+08     1.04  0.96002 
 93   1    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.04  0.96229 
 94 N/A    0.5    2.0      1     1.00    3.4e+08    3.4e+08     1.00  1.00019 
 94   0    0.5    2.0      1     1.00    3.4e+08    3.4e+08     0.99  1.00618 
 94   1    0.5    2.0      1     1.00    3.3e+08    3.3e+08     1.01  0.99402 
 95 N/A    0.5    2.0      1     1.00    3.5e+08    3.7e+08     1.07  0.93379 
 95   0    0.5    2.0      1     1.00    3.4e+08    3.7e+08     1.09  0.91995 
 95   1    0.5    2.0      1     1.00    3.5e+08    3.7e+08     1.06  0.94768 
 96 N/A    0.5    2.0      1     1.00    3.4e+08    3.5e+08     1.04  0.96404 
 96   0    0.5    2.0      1     1.00    3.3e+08    3.4e+08     1.03  0.96877 
 96   1    0.5    2.0      1     1.00    3.4e+08    3.6e+08     1.04  0.95980 

...looks fine.

Check channel 2 (which is the only one that I've been checking consistently until now):


/usr/local/bin/rnb status:  removing background from 1 blocks of data
 S# clr  dfreq    tau  nffts    e_rms        ave       sdev    m_rms      e/m 
  0 N/A    0.5    2.0      1     1.00    2.8e+08    3.1e+08     1.12  0.89491 
  0   0    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.01  0.98896 
  0   1    0.5    2.0      1     1.00    2.8e+08    3.4e+08     1.21  0.82820 
  1 N/A    0.5    2.0      1     1.00    2.7e+08    3.0e+08     1.10  0.90569 
  1   0    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.03  0.96908 
  1   1    0.5    2.0      1     1.00    2.8e+08    3.2e+08     1.17  0.85588 
  2 N/A    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.04  0.96020 
  2   0    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.08  0.92889 
  2   1    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.01  0.99315 
  3 N/A    0.5    2.0      1     1.00    2.7e+08    3.5e+08     1.29  0.77300 
  3   0    0.5    2.0      1     1.00    2.8e+08    4.1e+08     1.49  0.67086 
  3   1    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.04  0.95860 
  4 N/A    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.04  0.96320 
  4   0    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.09  0.91574 
  4   1    0.5    2.0      1     1.00    2.8e+08    2.8e+08     0.98  1.01669 
  5 N/A    0.5    2.0      1     1.00    2.8e+08    3.5e+08     1.28  0.78425 
  5   0    0.5    2.0      1     1.00    2.8e+08    4.1e+08     1.45  0.69161 
  5   1    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.05  0.95020 
  6 N/A    0.5    2.0      1     1.00    2.7e+08    2.7e+08     0.99  1.00685 
  6   0    0.5    2.0      1     1.00    2.7e+08    2.6e+08     0.97  1.03129 
  6   1    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.02  0.98506 
  7 N/A    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.06  0.94696 
  7   0    0.5    2.0      1     1.00    2.6e+08    2.5e+08     0.97  1.03572 
  7   1    0.5    2.0      1     1.00    2.8e+08    3.2e+08     1.13  0.88886 
  8 N/A    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.05  0.95531 
  8   0    0.5    2.0      1     1.00    2.6e+08    2.6e+08     1.02  0.97911 
  8   1    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.07  0.93684 
  9 N/A    0.5    2.0      1     1.00    2.7e+08    2.7e+08     0.99  1.00638 
  9   0    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.00  0.99998 
  9   1    0.5    2.0      1     1.00    2.7e+08    2.7e+08     0.99  1.01294 
 10 N/A    0.5    2.0      1     1.00    2.8e+08    3.1e+08     1.10  0.90772 
 10   0    0.5    2.0      1     1.00    2.9e+08    3.3e+08     1.15  0.86613 
 10   1    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.04  0.96424 
 11 N/A    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.04  0.96349 
 11   0    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.01  0.98890 
 11   1    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.06  0.93905 
 12 N/A    0.5    2.0      1     1.00    2.8e+08    2.8e+08     0.99  1.00704 
 12   0    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.00  0.99691 
 12   1    0.5    2.0      1     1.00    2.8e+08    2.8e+08     0.98  1.01703 
 13 N/A    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.04  0.96307 
 13   0    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.07  0.93186 
 13   1    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.00  0.99759 
 14 N/A    0.5    2.0      1     1.00    2.7e+08    3.1e+08     1.16  0.86306 
 14   0    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.00  0.99887 
 14   1    0.5    2.0      1     1.00    2.7e+08    3.5e+08     1.30  0.76992 
 15 N/A    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.07  0.93401 
 15   0    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.02  0.98039 
 15   1    0.5    2.0      1     1.00    2.8e+08    3.1e+08     1.12  0.89328 
 16 N/A    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.06  0.94420 
 16   0    0.5    2.0      1     1.00    2.6e+08    2.6e+08     0.99  1.00600 
 16   1    0.5    2.0      1     1.00    2.9e+08    3.2e+08     1.11  0.90462 
 17 N/A    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.01  0.99423 
 17   0    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.02  0.98191 
 17   1    0.5    2.0      1     1.00    2.8e+08    2.8e+08     0.99  1.00648 
 18 N/A    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.08  0.92173 
 18   0    0.5    2.0      1     1.00    2.8e+08    3.1e+08     1.11  0.89913 
 18   1    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.06  0.94504 
 19 N/A    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.02  0.97835 
 19   0    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.04  0.95999 
 19   1    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.00  0.99702 
 20 N/A    0.5    2.0      1     1.00    2.8e+08    3.2e+08     1.14  0.87369 
 20   0    0.5    2.0      1     1.00    3.0e+08    3.7e+08     1.25  0.80039 
 20   1    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.00  1.00086 
 21 N/A    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.04  0.96036 
 21   0    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.05  0.94962 
 21   1    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.03  0.97249 
 22 N/A    0.5    2.0      1     1.00    2.7e+08    3.1e+08     1.13  0.88563 
 22   0    0.5    2.0      1     1.00    2.8e+08    3.4e+08     1.18  0.84415 
 22   1    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.06  0.94444 
 23 N/A    0.5    2.0      1     1.00    2.8e+08    3.1e+08     1.10  0.90516 
 23   0    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.02  0.98490 
 23   1    0.5    2.0      1     1.00    2.8e+08    3.3e+08     1.19  0.84167 
 24 N/A    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.03  0.97194 
 24   0    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.00  0.99871 
 24   1    0.5    2.0      1     1.00    2.9e+08    3.0e+08     1.05  0.94967 
 25 N/A    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.07  0.93049 
 25   0    0.5    2.0      1     1.00    2.6e+08    2.6e+08     0.99  1.00702 
 25   1    0.5    2.0      1     1.00    2.8e+08    3.2e+08     1.14  0.87727 
 26 N/A    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.06  0.94070 
 26   0    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.02  0.98438 
 26   1    0.5    2.0      1     1.00    2.7e+08    3.0e+08     1.11  0.89982 
 27 N/A    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.05  0.95344 
 27   0    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.04  0.95970 
 27   1    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.06  0.94702 
 28 N/A    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.09  0.91624 
 28   0    0.5    2.0      1     1.00    2.8e+08    3.2e+08     1.15  0.86921 
 28   1    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.03  0.97351 
 29 N/A    0.5    2.0      1     1.00    2.7e+08    3.0e+08     1.10  0.90515 
 29   0    0.5    2.0      1     1.00    2.7e+08    3.2e+08     1.16  0.86387 
 29   1    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.05  0.95158 
 30 N/A    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.06  0.94582 
 30   0    0.5    2.0      1     1.00    2.6e+08    2.7e+08     1.02  0.97638 
 30   1    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.08  0.92169 
 31 N/A    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.02  0.97573 
 31   0    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.01  0.98637 
 31   1    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.04  0.96582 
 32 N/A    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.05  0.95496 
 32   0    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.05  0.94983 
 32   1    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.04  0.95991 
 33 N/A    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.00  1.00249 
 33   0    0.5    2.0      1     1.00    2.7e+08    2.7e+08     0.99  1.01407 
 33   1    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.01  0.99081 
 34 N/A    0.5    2.0      1     1.00    2.8e+08    3.7e+08     1.28  0.77825 
 34   0    0.5    2.0      1     1.00    2.9e+08    2.9e+08     1.00  1.00332 
 34   1    0.5    2.0      1     1.00    2.8e+08    4.3e+08     1.53  0.65240 
 35 N/A    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.02  0.97849 
 35   0    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.02  0.97821 
 35   1    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.02  0.97857 
 36 N/A    0.5    2.0      1     1.00    2.8e+08    3.1e+08     1.11  0.89794 
 36   0    0.5    2.0      1     1.00    2.8e+08    3.4e+08     1.22  0.81698 
 36   1    0.5    2.0      1     1.00    2.8e+08    2.8e+08     0.99  1.00846 
 37 N/A    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.05  0.95156 
 37   0    0.5    2.0      1     1.00    2.9e+08    3.1e+08     1.04  0.95934 
 37   1    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.06  0.94499 
 38 N/A    0.5    2.0      1     1.00    2.8e+08    3.4e+08     1.19  0.84361 
 38   0    0.5    2.0      1     1.00    2.8e+08    3.6e+08     1.29  0.77743 
 38   1    0.5    2.0      1     1.00    2.9e+08    3.1e+08     1.08  0.92693 
 39 N/A    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.03  0.97060 
 39   0    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.05  0.95486 
 39   1    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.01  0.98847 
 40 N/A    0.5    2.0      1     1.00    2.9e+08    3.3e+08     1.14  0.87725 
 40   0    0.5    2.0      1     1.00    2.9e+08    3.6e+08     1.23  0.81122 
 40   1    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.03  0.97214 
 41 N/A    0.5    2.0      1     1.00    2.8e+08    3.3e+08     1.17  0.85523 
 41   0    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.04  0.95816 
 41   1    0.5    2.0      1     1.00    2.8e+08    3.6e+08     1.28  0.77925 
 42 N/A    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.04  0.96094 
 42   0    0.5    2.0      1     1.00    2.6e+08    2.7e+08     1.04  0.96303 
 42   1    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.04  0.96108 
 43 N/A    0.5    2.0      1     1.00    2.9e+08    3.3e+08     1.16  0.86176 
 43   0    0.5    2.0      1     1.00    2.9e+08    3.0e+08     1.05  0.94992 
 43   1    0.5    2.0      1     1.00    2.9e+08    3.6e+08     1.26  0.79568 
 44 N/A    0.5    2.0      1     1.00    2.7e+08    3.0e+08     1.09  0.92072 
 44   0    0.5    2.0      1     1.00    2.7e+08    3.1e+08     1.12  0.89576 
 44   1    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.06  0.94749 
 45 N/A    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.05  0.95178 
 45   0    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.05  0.94843 
 45   1    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.05  0.95537 
 46 N/A    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.07  0.93064 
 46   0    0.5    2.0      1     1.00    2.6e+08    3.1e+08     1.17  0.85834 
 46   1    0.5    2.0      1     1.00    2.8e+08    2.7e+08     0.98  1.01553 
 47 N/A    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.07  0.93558 
 47   0    0.5    2.0      1     1.00    2.8e+08    3.2e+08     1.13  0.88311 
 47   1    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.00  1.00246 
 48 N/A    0.5    2.0      1     1.00    2.8e+08    3.1e+08     1.10  0.91100 
 48   0    0.5    2.0      1     1.00    2.8e+08    3.3e+08     1.17  0.85299 
 48   1    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.02  0.98475 
 49 N/A    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.06  0.94695 
 49   0    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.00  0.99925 
 49   1    0.5    2.0      1     1.00    2.8e+08    3.1e+08     1.11  0.90268 
 50 N/A    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.03  0.96922 
 50   0    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.04  0.95864 
 50   1    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.02  0.97967 
 51 N/A    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.05  0.95379 
 51   0    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.07  0.93274 
 51   1    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.03  0.97535 
 52 N/A    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.09  0.92131 
 52   0    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.05  0.95555 
 52   1    0.5    2.0      1     1.00    2.8e+08    3.2e+08     1.12  0.89399 
 53 N/A    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.02  0.97565 
 53   0    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.05  0.95233 
 53   1    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.00  1.00068 
 54 N/A    0.5    2.0      1     1.00    2.8e+08    3.2e+08     1.15  0.87170 
 54   0    0.5    2.0      1     1.00    2.9e+08    3.6e+08     1.25  0.79937 
 54   1    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.01  0.98583 
 55 N/A    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.09  0.91336 
 55   0    0.5    2.0      1     1.00    2.7e+08    3.2e+08     1.16  0.86572 
 55   1    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.03  0.96661 
 56 N/A    0.5    2.0      1     1.00    2.8e+08    3.2e+08     1.13  0.88537 
 56   0    0.5    2.0      1     1.00    2.8e+08    3.4e+08     1.20  0.83238 
 56   1    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.05  0.94944 
 57 N/A    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.03  0.97399 
 57   0    0.5    2.0      1     1.00    2.8e+08    2.8e+08     0.99  1.01065 
 57   1    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.06  0.94086 
 58 N/A    0.5    2.0      1     1.00    2.9e+08    3.4e+08     1.19  0.84320 
 58   0    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.03  0.97245 
 58   1    0.5    2.0      1     1.00    2.9e+08    3.8e+08     1.32  0.75911 
 59 N/A    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.04  0.96146 
 59   0    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.02  0.98008 
 59   1    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.06  0.94316 
 60 N/A    0.5    2.0      1     1.00    2.9e+08    3.6e+08     1.27  0.78732 
 60   0    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.05  0.94970 
 60   1    0.5    2.0      1     1.00    2.9e+08    4.2e+08     1.45  0.68889 
 61 N/A    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.05  0.94866 
 61   0    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.03  0.97370 
 61   1    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.08  0.92638 
 62 N/A    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.02  0.98405 
 62   0    0.5    2.0      1     1.00    2.9e+08    2.9e+08     1.00  1.00368 
 62   1    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.04  0.96488 
 63 N/A    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.08  0.92943 
 63   0    0.5    2.0      1     1.00    2.9e+08    3.2e+08     1.14  0.87887 
 63   1    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.01  0.99423 
 64 N/A    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.02  0.98405 
 64   0    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.04  0.96378 
 64   1    0.5    2.0      1     1.00    2.7e+08    2.7e+08     0.99  1.00827 
 65 N/A    0.5    2.0      1     1.00    3.0e+08    3.4e+08     1.16  0.85980 
 65   0    0.5    2.0      1     1.00    3.0e+08    3.9e+08     1.28  0.78359 
 65   1    0.5    2.0      1     1.00    2.9e+08    2.9e+08     1.02  0.98292 
 66 N/A    0.5    2.0      1     1.00    2.9e+08    3.0e+08     1.05  0.94871 
 66   0    0.5    2.0      1     1.00    2.9e+08    2.9e+08     1.01  0.99057 
 66   1    0.5    2.0      1     1.00    2.9e+08    3.2e+08     1.10  0.91211 
 67 N/A    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.07  0.93386 
 67   0    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.07  0.93470 
 67   1    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.07  0.93286 
 68 N/A    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.03  0.96782 
 68   0    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.02  0.98402 
 68   1    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.05  0.95202 
 69 N/A    0.5    2.0      1     1.00    2.9e+08    3.2e+08     1.10  0.90852 
 69   0    0.5    2.0      1     1.00    2.9e+08    3.0e+08     1.03  0.97514 
 69   1    0.5    2.0      1     1.00    2.9e+08    3.4e+08     1.17  0.85476 
 70 N/A    0.5    2.0      1     1.00    2.8e+08    3.2e+08     1.13  0.88553 
 70   0    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.00  1.00401 
 70   1    0.5    2.0      1     1.00    3.0e+08    3.7e+08     1.22  0.81881 
 71 N/A    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.06  0.94597 
 71   0    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.06  0.94343 
 71   1    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.05  0.94835 
 72 N/A    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.00  0.99856 
 72   0    0.5    2.0      1     1.00    2.8e+08    2.8e+08     0.99  1.01449 
 72   1    0.5    2.0      1     1.00    2.9e+08    2.9e+08     1.02  0.98387 
 73 N/A    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.02  0.97673 
 73   0    0.5    2.0      1     1.00    2.9e+08    2.9e+08     1.00  0.99620 
 73   1    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.04  0.95745 
 74 N/A    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.03  0.97267 
 74   0    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.09  0.92018 
 74   1    0.5    2.0      1     1.00    2.9e+08    2.8e+08     0.97  1.03146 
 75 N/A    0.5    2.0      1     1.00    2.9e+08    2.9e+08     1.02  0.98462 
 75   0    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.01  0.99219 
 75   1    0.5    2.0      1     1.00    2.9e+08    3.0e+08     1.02  0.97806 
 76 N/A    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.06  0.94452 
 76   0    0.5    2.0      1     1.00    2.6e+08    2.8e+08     1.07  0.93127 
 76   1    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.04  0.95832 
 77 N/A    0.5    2.0      1     1.00    2.8e+08    3.1e+08     1.11  0.90124 
 77   0    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.06  0.94638 
 77   1    0.5    2.0      1     1.00    2.8e+08    3.3e+08     1.16  0.86557 
 78 N/A    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.05  0.95358 
 78   0    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.02  0.98121 
 78   1    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.08  0.92735 
 79 N/A    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.08  0.92776 
 79   0    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.01  0.99030 
 79   1    0.5    2.0      1     1.00    2.7e+08    3.1e+08     1.14  0.87654 
 80 N/A    0.5    2.0      1     1.00    2.8e+08    3.2e+08     1.14  0.87614 
 80   0    0.5    2.0      1     1.00    2.8e+08    3.4e+08     1.21  0.82813 
 80   1    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.07  0.93684 
 81 N/A    0.5    2.0      1     1.00    2.9e+08    3.1e+08     1.07  0.93312 
 81   0    0.5    2.0      1     1.00    2.9e+08    3.2e+08     1.10  0.90549 
 81   1    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.03  0.96661 
 82 N/A    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.02  0.98385 
 82   0    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.03  0.96756 
 82   1    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.00  1.00018 
 83 N/A    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.04  0.96363 
 83   0    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.07  0.93407 
 83   1    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.00  0.99548 
 84 N/A    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.08  0.92779 
 84   0    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.09  0.91860 
 84   1    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.07  0.93711 
 85 N/A    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.01  0.99487 
 85   0    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.00  1.00399 
 85   1    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.01  0.98578 
 86 N/A    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.03  0.97461 
 86   0    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.00  0.99972 
 86   1    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.05  0.95207 
 87 N/A    0.5    2.0      1     1.00    6.4e+06    6.8e+07    10.69  0.09354 
 87   0    0.5    2.0      1     1.00    5.9e+06    6.5e+07    10.94  0.09141 
 87   1    0.5    2.0      1     1.00    6.8e+06    7.1e+07    10.45  0.09566 
 88 N/A    0.5    2.0      1     1.00    6.2e+06    6.2e+07    10.07  0.09928 
 88   0    0.5    2.0      1     1.00    5.9e+06    6.6e+07    11.13  0.08982 
 88   1    0.5    2.0      1     1.00    6.5e+06    5.8e+07     9.06  0.11039 
 89 N/A    0.5    2.0      1     1.00    2.5e+08    2.6e+08     1.05  0.94953 
 89   0    0.5    2.0      1     1.00    2.4e+08    2.5e+08     1.04  0.96588 
 89   1    0.5    2.0      1     1.00    2.6e+08    2.7e+08     1.07  0.93731 
 90 N/A    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.03  0.97307 
 90   0    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.05  0.95414 
 90   1    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.01  0.99429 
 91 N/A    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.04  0.96435 
 91   0    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.05  0.94900 
 91   1    0.5    2.0      1     1.00    2.9e+08    2.9e+08     1.02  0.97971 
 92 N/A    0.5    2.0      1     1.00    2.8e+08    3.3e+08     1.16  0.86330 
 92   0    0.5    2.0      1     1.00    2.9e+08    3.4e+08     1.18  0.84939 
 92   1    0.5    2.0      1     1.00    2.8e+08    3.1e+08     1.14  0.88015 
 93 N/A    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.03  0.97009 
 93   0    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.03  0.97479 
 93   1    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.04  0.96519 
 94 N/A    0.5    2.0      1     1.00    2.9e+08    3.1e+08     1.09  0.91408 
 94   0    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.00  1.00410 
 94   1    0.5    2.0      1     1.00    2.9e+08    3.5e+08     1.17  0.85187 
 95 N/A    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.00  1.00075 
 95   0    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.01  0.98782 
 95   1    0.5    2.0      1     1.00    2.8e+08    2.8e+08     0.99  1.01392 
 96 N/A    0.5    2.0      1     1.00    2.8e+08    3.1e+08     1.10  0.90572 
 96   0    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.03  0.97175 
 96   1    0.5    2.0      1     1.00    2.9e+08    3.4e+08     1.17  0.85336 

Need to remove hops 88 and 89 (one-based).

run it through tkrdfreduc again: e/m values look good in both channels.

forgot to change tsys again!  Rats...

Use 20.6 K.  e/m values look fine again.

95 FFTs.

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  0.65  0.17  1.16  5.87 32.93 44.08 63.75 40.97 18.70  0.85  0.56  1.46  0.72 -0.71

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  1.77  0.23  1.04  3.46 36.11 59.43 65.40 54.34 17.24 -0.35  1.47  2.16  2.55  0.07

Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02019LCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/18   1-oc  23:23:45  00:00:00  23:33:28   0.0   4.32e-05   9.13e-03  9.5e-05  2.4
Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02019LCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/18   1-sc  23:23:45  00:00:00  23:33:28   0.0   4.32e-05   1.06e-02  9.5e-05  2.4 1.1598 1.17591 1.14394

OCxsec = 9.1E-3 km^2  That's lower than on other days and lower than earlier on this day.
SCxsec = 1.1E-2 km^2
SC/OC  = 1.16 +/- 0.02

Looks like the channels are switched.

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 

January 23, TX RCP
==================

Al Kern's log indicates that tsys = 18.8 and 18.6 K on point at the start of 
CW observations.  There was a mixup with the solution: the VME was loaded with solution
34 but the RX PO was loaded with solution 36.  (cw only)

VOLT02023RCP.4660_Nereus

Reduce using solution 34.  It shouldn't make much of a difference.

rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 506 > dofft -d 1.0 -p 15 -f 4096 -i VOLT02023RCP.4660_Nereus -o VOLT02023RCP.4660_Nereus.raw.rdf -x PRDX.OUT.s34
contents of ast_spec control file:
4096,
1,
1,
/home/wart/bin/ast_spec_1.25 variables:
DATAIN=VOLT02023RCP.4660_Nereus
RDFOUT_1=VOLT02023RCP.4660_Nereus.raw.1_1.rdf
RDFOUT_2=VOLT02023RCP.4660_Nereus.raw.1_2.rdf
CONTROL=specs_in.dat
Running /home/wart/bin/ast_spec_1.25
/usr/local/bin/jurg2spec -i VOLT02023RCP.4660_Nereus.raw.1.rdf -o VOLT02023RCP.4660_Nereus.raw.rdf -x PRDX.OUT.s34  -p 15 -d 1.0 
Using .data1 as temporary storage for OC data
Using .data2 as temporary storage for SC data
Total hop states:  2
Total OC spectra:  91
Total SC spectra:  91
Processing data...
rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 507 > 

run this through tkrdfreduc to identify bad hops:

OC:

/usr/local/bin/rnb status:  removing background from 1 blocks of data
 S# clr  dfreq    tau  nffts    e_rms        ave       sdev    m_rms      e/m 
  0 N/A    0.5    2.0      1     1.00    2.8e+08    3.2e+08     1.12  0.88889 
  0   0    0.5    2.0      1     1.00    2.8e+08    3.1e+08     1.14  0.87824 
  0   1    0.5    2.0      1     1.00    2.9e+08    3.2e+08     1.11  0.89970 
  1 N/A    0.5    2.0      1     1.00    2.9e+08    3.0e+08     1.02  0.98491 
  1   0    0.5    2.0      1     1.00    3.0e+08    3.1e+08     1.04  0.95736 
  1   1    0.5    2.0      1     1.00    2.9e+08    2.8e+08     0.98  1.01694 
  2 N/A    0.5    2.0      1     1.00    3.0e+08    3.8e+08     1.25  0.79847 
  2   0    0.5    2.0      1     1.00    3.1e+08    4.5e+08     1.44  0.69539 
  2   1    0.5    2.0      1     1.00    2.9e+08    2.9e+08     1.00  0.99665 
  3 N/A    0.5    2.0      1     1.00    3.0e+08    5.6e+08     1.87  0.53575 
  3   0    0.5    2.0      1     1.00    3.1e+08    7.3e+08     2.38  0.42067 
  3   1    0.5    2.0      1     1.00    2.9e+08    2.9e+08     1.01  0.99315 
  4 N/A    0.5    2.0      1     1.00    3.0e+08    4.3e+08     1.45  0.69053 
  4   0    0.5    2.0      1     1.00    3.1e+08    5.2e+08     1.68  0.59616 
  4   1    0.5    2.0      1     1.00    2.9e+08    3.3e+08     1.13  0.88611 
  5 N/A    0.5    2.0      1     1.00    3.0e+08    4.3e+08     1.44  0.69493 
  5   0    0.5    2.0      1     1.00    2.9e+08    2.9e+08     1.01  0.99040 
  5   1    0.5    2.0      1     1.00    3.2e+08    5.4e+08     1.71  0.58512 
  6 N/A    0.5    2.0      1     1.00    2.9e+08    3.4e+08     1.16  0.86060 
  6   0    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.04  0.96111 
  6   1    0.5    2.0      1     1.00    3.0e+08    3.7e+08     1.26  0.79291 
  7 N/A    0.5    2.0      1     1.00    3.0e+08    3.7e+08     1.26  0.79666 
  7   0    0.5    2.0      1     1.00    2.9e+08    2.9e+08     1.01  0.99206 
  7   1    0.5    2.0      1     1.00    3.0e+08    4.4e+08     1.44  0.69306 
  8 N/A    0.5    2.0      1     1.00    3.0e+08    4.2e+08     1.40  0.71450 
  8   0    0.5    2.0      1     1.00    2.9e+08    3.0e+08     1.04  0.96498 
  8   1    0.5    2.0      1     1.00    3.1e+08    5.1e+08     1.65  0.60772 
  9 N/A    0.5    2.0      1     1.00    2.9e+08    3.3e+08     1.13  0.88551 
  9   0    0.5    2.0      1     1.00    3.0e+08    3.7e+08     1.24  0.80358 
  9   1    0.5    2.0      1     1.00    2.9e+08    2.9e+08     0.99  1.00596 
 10 N/A    0.5    2.0      1     1.00    2.9e+08    3.8e+08     1.32  0.75904 
 10   0    0.5    2.0      1     1.00    3.0e+08    4.5e+08     1.49  0.66927 
 10   1    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.08  0.92748 
 11 N/A    0.5    2.0      1     1.00    3.0e+08    3.7e+08     1.25  0.80289 
 11   0    0.5    2.0      1     1.00    3.1e+08    4.3e+08     1.40  0.71642 
 11   1    0.5    2.0      1     1.00    2.9e+08    3.0e+08     1.04  0.95883 
 12 N/A    0.5    2.0      1     1.00    2.9e+08    3.9e+08     1.35  0.73859 
 12   0    0.5    2.0      1     1.00    2.9e+08    4.6e+08     1.59  0.62758 
 12   1    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.04  0.95784 
 13 N/A    0.5    2.0      1     1.00    2.9e+08    3.5e+08     1.21  0.82486 
 13   0    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.04  0.96074 
 13   1    0.5    2.0      1     1.00    3.0e+08    4.0e+08     1.34  0.74381 
 14 N/A    0.5    2.0      1     1.00    2.9e+08    3.3e+08     1.14  0.87745 
 14   0    0.5    2.0      1     1.00    2.8e+08    3.1e+08     1.09  0.92069 
 14   1    0.5    2.0      1     1.00    2.9e+08    3.5e+08     1.19  0.84261 
 15 N/A    0.5    2.0      1     1.00    3.0e+08    4.2e+08     1.38  0.72347 
 15   0    0.5    2.0      1     1.00    3.0e+08    3.0e+08     1.02  0.98517 
 15   1    0.5    2.0      1     1.00    3.1e+08    5.1e+08     1.66  0.60241 
 16 N/A    0.5    2.0      1     1.00    3.0e+08    4.1e+08     1.38  0.72308 
 16   0    0.5    2.0      1     1.00    2.8e+08    3.2e+08     1.12  0.89350 
 16   1    0.5    2.0      1     1.00    3.1e+08    4.8e+08     1.57  0.63722 
 17 N/A    0.5    2.0      1     1.00    2.9e+08    3.0e+08     1.04  0.95789 
 17   0    0.5    2.0      1     1.00    2.9e+08    3.0e+08     1.04  0.95925 
 17   1    0.5    2.0      1     1.00    2.9e+08    3.0e+08     1.05  0.95632 
 18 N/A    0.5    2.0      1     1.00    2.9e+08    3.3e+08     1.15  0.87173 
 18   0    0.5    2.0      1     1.00    2.9e+08    3.7e+08     1.27  0.78491 
 18   1    0.5    2.0      1     1.00    2.9e+08    2.9e+08     1.01  0.99328 
 19 N/A    0.5    2.0      1     1.00    2.8e+08    3.8e+08     1.33  0.75128 
 19   0    0.5    2.0      1     1.00    2.9e+08    4.5e+08     1.56  0.64068 
 19   1    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.03  0.96783 
 20 N/A    0.5    2.0      1     1.00    3.0e+08    3.8e+08     1.27  0.78921 
 20   0    0.5    2.0      1     1.00    3.1e+08    4.4e+08     1.42  0.70232 
 20   1    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.04  0.96068 
 21 N/A    0.5    2.0      1     1.00    2.9e+08    3.8e+08     1.30  0.76690 
 21   0    0.5    2.0      1     1.00    2.9e+08    3.0e+08     1.04  0.95695 
 21   1    0.5    2.0      1     1.00    3.0e+08    4.5e+08     1.51  0.66407 
 22 N/A    0.5    2.0      1     1.00    2.9e+08    3.2e+08     1.13  0.88741 
 22   0    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.07  0.93346 
 22   1    0.5    2.0      1     1.00    2.9e+08    3.4e+08     1.17  0.85326 
 23 N/A    0.5    2.0      1     1.00    2.8e+08    5.3e+08     1.86  0.53694 
 23   0    0.5    2.0      1     1.00    2.8e+08    3.1e+08     1.12  0.89069 
 23   1    0.5    2.0      1     1.00    2.9e+08    6.8e+08     2.34  0.42766 
 24 N/A    0.5    2.0      1     1.00    2.9e+08    4.1e+08     1.39  0.71861 
 24   0    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.08  0.92788 
 24   1    0.5    2.0      1     1.00    3.0e+08    4.9e+08     1.61  0.62055 
 25 N/A    0.5    2.0      1     1.00    3.0e+08    3.9e+08     1.31  0.76450 
 25   0    0.5    2.0      1     1.00    3.0e+08    4.3e+08     1.42  0.70288 
 25   1    0.5    2.0      1     1.00    3.0e+08    3.5e+08     1.18  0.84676 
 26 N/A    0.5    2.0      1     1.00    2.9e+08    3.4e+08     1.16  0.86412 
 26   0    0.5    2.0      1     1.00    2.9e+08    3.7e+08     1.26  0.79079 
 26   1    0.5    2.0      1     1.00    2.9e+08    3.0e+08     1.03  0.96624 
 27 N/A    0.5    2.0      1     1.00    2.9e+08    3.2e+08     1.11  0.90405 
 27   0    0.5    2.0      1     1.00    3.0e+08    3.6e+08     1.20  0.83307 
 27   1    0.5    2.0      1     1.00    2.7e+08    2.7e+08     0.98  1.02045 
 28 N/A    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.07  0.93320 
 28   0    0.5    2.0      1     1.00    2.9e+08    3.2e+08     1.09  0.91682 
 28   1    0.5    2.0      1     1.00    2.7e+08    2.9e+08     1.05  0.95342 
 29 N/A    0.5    2.0      1     1.00    2.9e+08    3.8e+08     1.29  0.77337 
 29   0    0.5    2.0      1     1.00    3.0e+08    4.5e+08     1.50  0.66617 
 29   1    0.5    2.0      1     1.00    2.9e+08    2.9e+08     1.02  0.98328 
 30 N/A    0.5    2.0      1     1.00    2.9e+08    3.3e+08     1.13  0.88817 
 30   0    0.5    2.0      1     1.00    2.9e+08    3.1e+08     1.05  0.94808 
 30   1    0.5    2.0      1     1.00    2.8e+08    3.4e+08     1.20  0.83550 
 31 N/A    0.5    2.0      1     1.00    3.0e+08    4.0e+08     1.35  0.74083 
 31   0    0.5    2.0      1     1.00    2.8e+08    3.1e+08     1.11  0.90152 
 31   1    0.5    2.0      1     1.00    3.1e+08    4.7e+08     1.52  0.65590 
 32 N/A    0.5    2.0      1     1.00    3.0e+08    5.0e+08     1.69  0.59193 
 32   0    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.06  0.94738 
 32   1    0.5    2.0      1     1.00    3.1e+08    6.4e+08     2.06  0.48428 
 33 N/A    0.5    2.0      1     1.00    2.9e+08    3.2e+08     1.08  0.92446 
 33   0    0.5    2.0      1     1.00    2.9e+08    2.8e+08     1.00  1.00110 
 33   1    0.5    2.0      1     1.00    3.0e+08    3.5e+08     1.15  0.87114 
 34 N/A    0.5    2.0      1     1.00    2.9e+08    3.3e+08     1.15  0.87069 
 34   0    0.5    2.0      1     1.00    3.0e+08    3.5e+08     1.20  0.83378 
 34   1    0.5    2.0      1     1.00    2.8e+08    3.1e+08     1.09  0.91885 
 35 N/A    0.5    2.0      1     1.00    3.0e+08    3.2e+08     1.10  0.91120 
 35   0    0.5    2.0      1     1.00    3.0e+08    3.3e+08     1.10  0.91296 
 35   1    0.5    2.0      1     1.00    2.9e+08    3.2e+08     1.10  0.90981 
 36 N/A    0.5    2.0      1     1.00    2.9e+08    3.3e+08     1.16  0.86396 
 36   0    0.5    2.0      1     1.00    2.9e+08    3.7e+08     1.25  0.80244 
 36   1    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.05  0.95551 
 37 N/A    0.5    2.0      1     1.00    3.0e+08    5.1e+08     1.69  0.59284 
 37   0    0.5    2.0      1     1.00    3.1e+08    6.5e+08     2.11  0.47320 
 37   1    0.5    2.0      1     1.00    2.9e+08    3.1e+08     1.04  0.96239 
 38 N/A    0.5    2.0      1     1.00    3.1e+08    6.5e+08     2.08  0.48049 
 38   0    0.5    2.0      1     1.00    3.3e+08    8.7e+08     2.60  0.38422 
 38   1    0.5    2.0      1     1.00    2.9e+08    2.9e+08     1.00  0.99697 
 39 N/A    0.5    2.0      1     1.00    2.9e+08    4.8e+08     1.66  0.60191 
 39   0    0.5    2.0      1     1.00    3.0e+08    6.2e+08     2.06  0.48513 
 39   1    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.04  0.96348 
 40 N/A    0.5    2.0      1     1.00    3.1e+08    7.6e+08     2.49  0.40203 
 40   0    0.5    2.0      1     1.00    2.9e+08    3.2e+08     1.07  0.93453 
 40   1    0.5    2.0      1     1.00    3.2e+08    1.0e+09     3.25  0.30783 
 41 N/A    0.5    2.0      1     1.00    2.9e+08    3.1e+08     1.10  0.91215 
 41   0    0.5    2.0      1     1.00    2.9e+08    3.2e+08     1.10  0.91014 
 41   1    0.5    2.0      1     1.00    2.8e+08    3.1e+08     1.09  0.91405 
 42 N/A    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.06  0.94002 
 42   0    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.02  0.97908 
 42   1    0.5    2.0      1     1.00    2.9e+08    3.2e+08     1.10  0.90826 
 43 N/A    0.5    2.0      1     1.00    2.9e+08    4.7e+08     1.61  0.62057 
 43   0    0.5    2.0      1     1.00    2.9e+08    3.0e+08     1.03  0.96654 
 43   1    0.5    2.0      1     1.00    3.0e+08    6.0e+08     2.00  0.49975 
 44 N/A    0.5    2.0      1     1.00    2.8e+08    3.3e+08     1.16  0.86451 
 44   0    0.5    2.0      1     1.00    2.8e+08    3.5e+08     1.24  0.80777 
 44   1    0.5    2.0      1     1.00    2.9e+08    3.1e+08     1.07  0.93290 
 45 N/A    0.5    2.0      1     1.00    2.9e+08    3.1e+08     1.08  0.92471 
 45   0    0.5    2.0      1     1.00    2.9e+08    3.3e+08     1.12  0.88947 
 45   1    0.5    2.0      1     1.00    2.9e+08    3.0e+08     1.04  0.96574 
 46 N/A    0.5    2.0      1     1.00    3.0e+08    4.2e+08     1.39  0.71706 
 46   0    0.5    2.0      1     1.00    3.1e+08    5.2e+08     1.68  0.59608 
 46   1    0.5    2.0      1     1.00    2.9e+08    2.9e+08     0.99  1.00850 
 47 N/A    0.5    2.0      1     1.00    3.0e+08    4.3e+08     1.44  0.69585 
 47   0    0.5    2.0      1     1.00    3.1e+08    5.3e+08     1.73  0.57652 
 47   1    0.5    2.0      1     1.00    2.9e+08    2.8e+08     0.99  1.00948 
 48 N/A    0.5    2.0      1     1.00    2.9e+08    5.3e+08     1.81  0.55106 
 48   0    0.5    2.0      1     1.00    3.1e+08    7.0e+08     2.25  0.44428 
 48   1    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.04  0.96292 
 49 N/A    0.5    2.0      1     1.00    2.9e+08    3.8e+08     1.29  0.77412 
 49   0    0.5    2.0      1     1.00    2.9e+08    3.0e+08     1.03  0.96693 
 49   1    0.5    2.0      1     1.00    2.9e+08    4.4e+08     1.50  0.66683 
 50 N/A    0.5    2.0      1     1.00    3.0e+08    3.9e+08     1.33  0.74950 
 50   0    0.5    2.0      1     1.00    2.9e+08    3.1e+08     1.08  0.92590 
 50   1    0.5    2.0      1     1.00    3.0e+08    4.6e+08     1.53  0.65465 
 51 N/A    0.5    2.0      1     1.00    2.9e+08    3.1e+08     1.07  0.93497 
 51   0    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.05  0.95012 
 51   1    0.5    2.0      1     1.00    2.9e+08    3.2e+08     1.08  0.92178 
 52 N/A    0.5    2.0      1     1.00    2.8e+08    3.3e+08     1.16  0.86445 
 52   0    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.02  0.98519 
 52   1    0.5    2.0      1     1.00    2.9e+08    3.7e+08     1.27  0.78896 
 53 N/A    0.5    2.0      1     1.00    2.9e+08    4.9e+08     1.67  0.60048 
 53   0    0.5    2.0      1     1.00    3.1e+08    6.2e+08     2.02  0.49455 
 53   1    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.08  0.92192 
 54 N/A    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.04  0.96037 
 54   0    0.5    2.0      1     1.00    2.8e+08    3.2e+08     1.11  0.89708 
 54   1    0.5    2.0      1     1.00    2.8e+08    2.6e+08     0.96  1.04447 
 55 N/A    0.5    2.0      1     1.00    2.9e+08    3.4e+08     1.16  0.86380 
 55   0    0.5    2.0      1     1.00    3.0e+08    3.8e+08     1.26  0.79119 
 55   1    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.03  0.97556 
 56 N/A    0.5    2.0      1     1.00    3.0e+08    3.8e+08     1.29  0.77314 
 56   0    0.5    2.0      1     1.00    3.1e+08    4.6e+08     1.51  0.66423 
 56   1    0.5    2.0      1     1.00    2.8e+08    2.8e+08     0.98  1.01699 
 57 N/A    0.5    2.0      1     1.00    2.9e+08    3.1e+08     1.10  0.91027 
 57   0    0.5    2.0      1     1.00    2.9e+08    3.3e+08     1.14  0.87804 
 57   1    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.05  0.94922 
 58 N/A    0.5    2.0      1     1.00    2.8e+08    4.1e+08     1.44  0.69213 
 58   0    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.05  0.95228 
 58   1    0.5    2.0      1     1.00    2.9e+08    5.0e+08     1.74  0.57427 
 59 N/A    0.5    2.0      1     1.00    3.0e+08    4.2e+08     1.41  0.70923 
 59   0    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.08  0.92457 
 59   1    0.5    2.0      1     1.00    3.1e+08    5.1e+08     1.63  0.61534 
 60 N/A    0.5    2.0      1     1.00    2.9e+08    3.5e+08     1.23  0.81510 
 60   0    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.04  0.96282 
 60   1    0.5    2.0      1     1.00    2.9e+08    4.1e+08     1.38  0.72502 
 61 N/A    0.5    2.0      1     1.00    3.0e+08    5.5e+08     1.82  0.54875 
 61   0    0.5    2.0      1     1.00    2.9e+08    3.1e+08     1.06  0.94471 
 61   1    0.5    2.0      1     1.00    3.1e+08    7.2e+08     2.28  0.43899 
 62 N/A    0.5    2.0      1     1.00    2.9e+08    3.5e+08     1.19  0.84072 
 62   0    0.5    2.0      1     1.00    3.0e+08    3.9e+08     1.30  0.77036 
 62   1    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.05  0.94945 
 63 N/A    0.5    2.0      1     1.00    2.8e+08    3.6e+08     1.27  0.78935 
 63   0    0.5    2.0      1     1.00    2.9e+08    4.1e+08     1.45  0.68826 
 63   1    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.04  0.95968 
 64 N/A    0.5    2.0      1     1.00    2.9e+08    4.1e+08     1.44  0.69313 
 64   0    0.5    2.0      1     1.00    3.0e+08    5.1e+08     1.71  0.58525 
 64   1    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.06  0.94596 
 65 N/A    0.5    2.0      1     1.00    2.9e+08    3.1e+08     1.09  0.91605 
 65   0    0.5    2.0      1     1.00    3.0e+08    3.5e+08     1.17  0.85302 
 65   1    0.5    2.0      1     1.00    2.8e+08    2.8e+08     0.99  1.00914 
 66 N/A    0.5    2.0      1     1.00    3.1e+08    6.6e+08     2.16  0.46377 
 66   0    0.5    2.0      1     1.00    3.2e+08    8.8e+08     2.75  0.36342 
 66   1    0.5    2.0      1     1.00    2.9e+08    3.0e+08     1.04  0.96344 
 67 N/A    0.5    2.0      1     1.00    2.9e+08    4.1e+08     1.38  0.72339 
 67   0    0.5    2.0      1     1.00    2.9e+08    3.2e+08     1.11  0.89936 
 67   1    0.5    2.0      1     1.00    3.0e+08    4.8e+08     1.60  0.62650 
 68 N/A    0.5    2.0      1     1.00    3.0e+08    4.1e+08     1.38  0.72611 
 68   0    0.5    2.0      1     1.00    2.9e+08    3.1e+08     1.06  0.94390 
 68   1    0.5    2.0      1     1.00    3.0e+08    4.9e+08     1.61  0.62116 
 69 N/A    0.5    2.0      1     1.00    2.9e+08    3.2e+08     1.09  0.91357 
 69   0    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.03  0.96743 
 69   1    0.5    2.0      1     1.00    2.9e+08    3.4e+08     1.15  0.87042 
 70 N/A    0.5    2.0      1     1.00    2.9e+08    3.2e+08     1.13  0.88334 
 70   0    0.5    2.0      1     1.00    2.9e+08    3.0e+08     1.07  0.93878 
 70   1    0.5    2.0      1     1.00    2.9e+08    3.4e+08     1.19  0.83705 
 71 N/A    0.5    2.0      1     1.00    2.9e+08    3.5e+08     1.21  0.82732 
 71   0    0.5    2.0      1     1.00    2.8e+08    3.8e+08     1.35  0.73855 
 71   1    0.5    2.0      1     1.00    2.9e+08    3.1e+08     1.05  0.94920 
 72 N/A    0.5    2.0      1     1.00    2.9e+08    4.8e+08     1.63  0.61201 
 72   0    0.5    2.0      1     1.00    3.2e+08    6.1e+08     1.95  0.51314 
 72   1    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.03  0.96891 
 73 N/A    0.5    2.0      1     1.00    2.8e+08    3.2e+08     1.12  0.89256 
 73   0    0.5    2.0      1     1.00    2.9e+08    3.6e+08     1.23  0.81143 
 73   1    0.5    2.0      1     1.00    2.7e+08    2.6e+08     0.97  1.02964 
 74 N/A    0.5    2.0      1     1.00    2.8e+08    3.7e+08     1.30  0.76646 
 74   0    0.5    2.0      1     1.00    2.9e+08    4.5e+08     1.53  0.65233 
 74   1    0.5    2.0      1     1.00    2.7e+08    2.6e+08     0.97  1.02936 
 75 N/A    0.5    2.0      1     1.00    2.9e+08    5.3e+08     1.83  0.54552 
 75   0    0.5    2.0      1     1.00    2.9e+08    6.9e+08     2.35  0.42472 
 75   1    0.5    2.0      1     1.00    2.9e+08    3.0e+08     1.04  0.96175 
 76 N/A    0.5    2.0      1     1.00    2.9e+08    4.0e+08     1.38  0.72278 
 76   0    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.01  0.99283 
 76   1    0.5    2.0      1     1.00    2.9e+08    4.9e+08     1.65  0.60490 
 77 N/A    0.5    2.0      1     1.00    2.9e+08    3.7e+08     1.27  0.78455 
 77   0    0.5    2.0      1     1.00    2.9e+08    3.0e+08     1.05  0.95502 
 77   1    0.5    2.0      1     1.00    2.9e+08    4.3e+08     1.46  0.68534 
 78 N/A    0.5    2.0      1     1.00    2.9e+08    4.3e+08     1.45  0.68897 
 78   0    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.03  0.97319 
 78   1    0.5    2.0      1     1.00    3.1e+08    5.3e+08     1.72  0.58021 
 79 N/A    0.5    2.0      1     1.00    2.8e+08    3.8e+08     1.32  0.75839 
 79   0    0.5    2.0      1     1.00    2.7e+08    2.8e+08     1.04  0.95796 
 79   1    0.5    2.0      1     1.00    3.0e+08    4.5e+08     1.51  0.66383 
 80 N/A    0.5    2.0      1     1.00    2.9e+08    4.1e+08     1.40  0.71425 
 80   0    0.5    2.0      1     1.00    3.0e+08    5.0e+08     1.65  0.60549 
 80   1    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.01  0.99020 
 81 N/A    0.5    2.0      1     1.00    2.9e+08    3.1e+08     1.07  0.93558 
 81   0    0.5    2.0      1     1.00    3.0e+08    3.3e+08     1.09  0.91538 
 81   1    0.5    2.0      1     1.00    2.9e+08    3.0e+08     1.04  0.96066 
 82 N/A    0.5    2.0      1     1.00    2.9e+08    6.0e+08     2.07  0.48206 
 82   0    0.5    2.0      1     1.00    3.0e+08    8.0e+08     2.64  0.37918 
 82   1    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.05  0.95569 
 83 N/A    0.5    2.0      1     1.00    3.0e+08    3.6e+08     1.21  0.82662 
 83   0    0.5    2.0      1     1.00    3.0e+08    3.9e+08     1.29  0.77761 
 83   1    0.5    2.0      1     1.00    3.0e+08    3.3e+08     1.13  0.88860 
 84 N/A    0.5    2.0      1     1.00    2.9e+08    3.2e+08     1.12  0.89590 
 84   0    0.5    2.0      1     1.00    2.9e+08    3.5e+08     1.21  0.82950 
 84   1    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.01  0.98725 
 85 N/A    0.5    2.0      1     1.00    3.0e+08    5.5e+08     1.87  0.53556 
 85   0    0.5    2.0      1     1.00    2.8e+08    2.8e+08     1.01  0.99070 
 85   1    0.5    2.0      1     1.00    3.1e+08    7.3e+08     2.34  0.42767 
 86 N/A    0.5    2.0      1     1.00    2.8e+08    3.3e+08     1.17  0.85595 
 86   0    0.5    2.0      1     1.00    2.7e+08    3.1e+08     1.13  0.88194 
 86   1    0.5    2.0      1     1.00    2.9e+08    3.5e+08     1.20  0.83677 
 87 N/A    0.5    2.0      1     1.00    2.8e+08    3.0e+08     1.06  0.94001 
 87   0    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.03  0.96953 
 87   1    0.5    2.0      1     1.00    2.9e+08    3.2e+08     1.09  0.91628 
 88 N/A    0.5    2.0      1     1.00    2.8e+08    3.3e+08     1.21  0.82973 
 88   0    0.5    2.0      1     1.00    2.8e+08    2.9e+08     1.02  0.98376 
 88   1    0.5    2.0      1     1.00    2.7e+08    3.8e+08     1.38  0.72619 
 89 N/A    0.5    2.0      1     1.00    2.8e+08    3.1e+08     1.10  0.90664 
 89   0    0.5    2.0      1     1.00    2.9e+08    3.4e+08     1.18  0.84939 
 89   1    0.5    2.0      1     1.00    2.7e+08    2.7e+08     1.01  0.99202 
 90 N/A    0.5    2.0      1     1.00    2.9e+08    4.0e+08     1.35  0.74325 
 90   0    0.5    2.0      1     1.00    3.1e+08    4.6e+08     1.52  0.65935 
 90   1    0.5    2.0      1     1.00    2.8e+08    3.2e+08     1.11  0.89954 

Looks good.

Now for SC:

/usr/local/bin/rnb status:  removing background from 1 blocks of data
 S# clr  dfreq    tau  nffts    e_rms        ave       sdev    m_rms      e/m 
  0 N/A    0.5    2.0      1     1.00    4.0e+08    4.9e+08     1.22  0.81759 
  0   0    0.5    2.0      1     1.00    3.9e+08    4.0e+08     1.01  0.98822 
  0   1    0.5    2.0      1     1.00    4.1e+08    5.7e+08     1.39  0.72127 
  1 N/A    0.5    2.0      1     1.00    4.0e+08    4.6e+08     1.16  0.86062 
  1   0    0.5    2.0      1     1.00    4.0e+08    5.2e+08     1.29  0.77730 
  1   1    0.5    2.0      1     1.00    3.9e+08    4.0e+08     1.02  0.98316 
  2 N/A    0.5    2.0      1     1.00    4.0e+08    5.6e+08     1.38  0.72294 
  2   0    0.5    2.0      1     1.00    4.3e+08    6.9e+08     1.62  0.61800 
  2   1    0.5    2.0      1     1.00    3.8e+08    3.9e+08     1.01  0.99187 
  3 N/A    0.5    2.0      1     1.00    4.0e+08    5.2e+08     1.29  0.77359 
  3   0    0.5    2.0      1     1.00    4.2e+08    6.2e+08     1.49  0.67033 
  3   1    0.5    2.0      1     1.00    3.9e+08    4.0e+08     1.03  0.97491 
  4 N/A    0.5    2.0      1     1.00    4.0e+08    4.3e+08     1.09  0.91751 
  4   0    0.5    2.0      1     1.00    4.0e+08    4.8e+08     1.18  0.84550 
  4   1    0.5    2.0      1     1.00    3.9e+08    3.8e+08     0.98  1.01870 
  5 N/A    0.5    2.0      1     1.00    4.0e+08    4.8e+08     1.22  0.81717 
  5   0    0.5    2.0      1     1.00    3.9e+08    4.1e+08     1.06  0.94753 
  5   1    0.5    2.0      1     1.00    4.0e+08    5.5e+08     1.36  0.73373 
  6 N/A    0.5    2.0      1     1.00    4.0e+08    4.3e+08     1.08  0.92893 
  6   0    0.5    2.0      1     1.00    3.9e+08    4.0e+08     1.01  0.99053 
  6   1    0.5    2.0      1     1.00    4.1e+08    4.6e+08     1.14  0.88054 
  7 N/A    0.5    2.0      1     1.00    3.9e+08    4.6e+08     1.20  0.83217 
  7   0    0.5    2.0      1     1.00    3.8e+08    3.7e+08     0.99  1.01094 
  7   1    0.5    2.0      1     1.00    3.9e+08    5.4e+08     1.37  0.72941 
  8 N/A    0.5    2.0      1     1.00    4.0e+08    5.3e+08     1.30  0.76681 
  8   0    0.5    2.0      1     1.00    4.0e+08    3.9e+08     0.98  1.02082 
  8   1    0.5    2.0      1     1.00    4.1e+08    6.4e+08     1.55  0.64475 
  9 N/A    0.5    2.0      1     1.00    4.0e+08    4.9e+08     1.22  0.81758 
  9   0    0.5    2.0      1     1.00    4.0e+08    5.7e+08     1.43  0.70024 
  9   1    0.5    2.0      1     1.00    4.0e+08    4.0e+08     0.98  1.01829 
 10 N/A    0.5    2.0      1     1.00    4.1e+08    5.2e+08     1.27  0.78790 
 10   0    0.5    2.0      1     1.00    4.2e+08    6.2e+08     1.47  0.67957 
 10   1    0.5    2.0      1     1.00    3.9e+08    3.8e+08     0.98  1.02237 
 11 N/A    0.5    2.0      1     1.00    3.9e+08    4.3e+08     1.11  0.90002 
 11   0    0.5    2.0      1     1.00    4.0e+08    4.7e+08     1.19  0.84174 
 11   1    0.5    2.0      1     1.00    3.8e+08    3.9e+08     1.02  0.97929 
 12 N/A    0.5    2.0      1     1.00    4.0e+08    5.3e+08     1.32  0.76015 
 12   0    0.5    2.0      1     1.00    4.0e+08    6.4e+08     1.59  0.63000 
 12   1    0.5    2.0      1     1.00    4.0e+08    3.9e+08     0.97  1.03065 
 13 N/A    0.5    2.0      1     1.00    4.0e+08    4.4e+08     1.08  0.92792 
 13   0    0.5    2.0      1     1.00    3.9e+08    3.9e+08     1.02  0.97853 
 13   1    0.5    2.0      1     1.00    4.2e+08    4.7e+08     1.12  0.89462 
 14 N/A    0.5    2.0      1     1.00    4.0e+08    4.7e+08     1.15  0.86593 
 14   0    0.5    2.0      1     1.00    4.0e+08    4.2e+08     1.03  0.96777 
 14   1    0.5    2.0      1     1.00    4.0e+08    5.1e+08     1.27  0.78984 
 15 N/A    0.5    2.0      1     1.00    4.1e+08    6.0e+08     1.45  0.69117 
 15   0    0.5    2.0      1     1.00    4.0e+08    4.1e+08     1.02  0.98276 
 15   1    0.5    2.0      1     1.00    4.3e+08    7.4e+08     1.74  0.57338 
 16 N/A    0.5    2.0      1     1.00    4.0e+08    4.8e+08     1.20  0.83526 
 16   0    0.5    2.0      1     1.00    3.9e+08    3.9e+08     1.02  0.97733 
 16   1    0.5    2.0      1     1.00    4.1e+08    5.5e+08     1.33  0.75238 
 17 N/A    0.5    2.0      1     1.00    4.1e+08    4.7e+08     1.15  0.87185 
 17   0    0.5    2.0      1     1.00    4.1e+08    5.3e+08     1.28  0.78026 
 17   1    0.5    2.0      1     1.00    4.1e+08    4.1e+08     1.00  1.00331 
 18 N/A    0.5    2.0      1     1.00    4.2e+08    8.2e+08     1.98  0.50604 
 18   0    0.5    2.0      1     1.00    4.6e+08    1.1e+09     2.39  0.41865 
 18   1    0.5    2.0      1     1.00    3.7e+08    3.8e+08     1.02  0.98405 
 19 N/A    0.5    2.0      1     1.00    3.9e+08    4.2e+08     1.07  0.93141 
 19   0    0.5    2.0      1     1.00    3.9e+08    4.4e+08     1.13  0.88715 
 19   1    0.5    2.0      1     1.00    3.9e+08    3.9e+08     1.02  0.98406 
 20 N/A    0.5    2.0      1     1.00    4.0e+08    7.2e+08     1.80  0.55428 
 20   0    0.5    2.0      1     1.00    4.1e+08    9.4e+08     2.29  0.43680 
 20   1    0.5    2.0      1     1.00    3.9e+08    3.9e+08     1.01  0.98669 
 21 N/A    0.5    2.0      1     1.00    3.8e+08    3.9e+08     1.03  0.96994 
 21   0    0.5    2.0      1     1.00    3.8e+08    3.8e+08     1.00  0.99719 
 21   1    0.5    2.0      1     1.00    3.8e+08    4.0e+08     1.06  0.94466 
 22 N/A    0.5    2.0      1     1.00    4.0e+08    4.3e+08     1.07  0.93757 
 22   0    0.5    2.0      1     1.00    4.0e+08    4.0e+08     0.99  1.01110 
 22   1    0.5    2.0      1     1.00    4.0e+08    4.6e+08     1.14  0.87809 
 23 N/A    0.5    2.0      1     1.00    4.0e+08    4.2e+08     1.06  0.94276 
 23   0    0.5    2.0      1     1.00    3.9e+08    3.9e+08     1.00  0.99626 
 23   1    0.5    2.0      1     1.00    4.0e+08    4.5e+08     1.11  0.90027 
 24 N/A    0.5    2.0      1     1.00    4.0e+08    6.1e+08     1.52  0.65823 
 24   0    0.5    2.0      1     1.00    3.9e+08    3.9e+08     1.01  0.98573 
 24   1    0.5    2.0      1     1.00    4.1e+08    7.6e+08     1.85  0.54071 
 25 N/A    0.5    2.0      1     1.00    4.0e+08    4.8e+08     1.19  0.83717 
 25   0    0.5    2.0      1     1.00    4.0e+08    4.3e+08     1.07  0.93083 
 25   1    0.5    2.0      1     1.00    4.0e+08    5.3e+08     1.30  0.76766 
 26 N/A    0.5    2.0      1     1.00    4.1e+08    5.5e+08     1.34  0.74607 
 26   0    0.5    2.0      1     1.00    4.3e+08    6.7e+08     1.57  0.63512 
 26   1    0.5    2.0      1     1.00    3.9e+08    3.9e+08     1.00  1.00271 
 27 N/A    0.5    2.0      1     1.00    4.1e+08    4.8e+08     1.18  0.84688 
 27   0    0.5    2.0      1     1.00    4.3e+08    5.5e+08     1.29  0.77495 
 27   1    0.5    2.0      1     1.00    3.9e+08    4.0e+08     1.03  0.96919 
 28 N/A    0.5    2.0      1     1.00    3.9e+08    6.8e+08     1.74  0.57347 
 28   0    0.5    2.0      1     1.00    4.0e+08    8.8e+08     2.20  0.45545 
 28   1    0.5    2.0      1     1.00    3.8e+08    4.0e+08     1.05  0.95037 
 29 N/A    0.5    2.0      1     1.00    4.1e+08    4.3e+08     1.04  0.96071 
 29   0    0.5    2.0      1     1.00    4.1e+08    4.4e+08     1.07  0.93099 
 29   1    0.5    2.0      1     1.00    4.0e+08    4.1e+08     1.01  0.99474 
 30 N/A    0.5    2.0      1     1.00    3.9e+08    4.2e+08     1.06  0.94570 
 30   0    0.5    2.0      1     1.00    4.0e+08    4.1e+08     1.03  0.97553 
 30   1    0.5    2.0      1     1.00    3.9e+08    4.3e+08     1.09  0.91758 
 31 N/A    0.5    2.0      1     1.00    4.0e+08    4.2e+08     1.04  0.96185 
 31   0    0.5    2.0      1     1.00    4.1e+08    4.1e+08     1.00  0.99867 
 31   1    0.5    2.0      1     1.00    4.0e+08    4.3e+08     1.08  0.92703 
 32 N/A    0.5    2.0      1     1.00    3.8e+08    3.9e+08     1.03  0.96862 
 32   0    0.5    2.0      1     1.00    3.8e+08    3.9e+08     1.02  0.98402 
 32   1    0.5    2.0      1     1.00    3.8e+08    4.0e+08     1.05  0.95339 
 33 N/A    0.5    2.0      1     1.00    4.0e+08    5.9e+08     1.49  0.67033 
 33   0    0.5    2.0      1     1.00    4.0e+08    4.0e+08     1.01  0.99027 
 33   1    0.5    2.0      1     1.00    4.0e+08    7.4e+08     1.85  0.53932 
 34 N/A    0.5    2.0      1     1.00    4.0e+08    5.3e+08     1.32  0.75912 
 34   0    0.5    2.0      1     1.00    4.0e+08    6.4e+08     1.58  0.63411 
 34   1    0.5    2.0      1     1.00    4.0e+08    3.9e+08     0.98  1.01569 
 35 N/A    0.5    2.0      1     1.00    4.1e+08    4.8e+08     1.19  0.83906 
 35   0    0.5    2.0      1     1.00    4.0e+08    4.6e+08     1.16  0.86191 
 35   1    0.5    2.0      1     1.00    4.2e+08    5.1e+08     1.22  0.82026 
 36 N/A    0.5    2.0      1     1.00    4.1e+08    4.5e+08     1.09  0.91332 
 36   0    0.5    2.0      1     1.00    4.1e+08    4.6e+08     1.10  0.90727 
 36   1    0.5    2.0      1     1.00    4.0e+08    4.4e+08     1.09  0.91978 
 37 N/A    0.5    2.0      1     1.00    4.0e+08    4.1e+08     1.04  0.96522 
 37   0    0.5    2.0      1     1.00    4.1e+08    4.3e+08     1.04  0.96008 
 37   1    0.5    2.0      1     1.00    3.9e+08    4.0e+08     1.03  0.97213 
 38 N/A    0.5    2.0      1     1.00    4.0e+08    5.3e+08     1.33  0.75081 
 38   0    0.5    2.0      1     1.00    4.2e+08    6.4e+08     1.53  0.65185 
 38   1    0.5    2.0      1     1.00    3.8e+08    3.9e+08     1.03  0.97416 
 39 N/A    0.5    2.0      1     1.00    3.9e+08    4.4e+08     1.12  0.89614 
 39   0    0.5    2.0      1     1.00    3.9e+08    4.7e+08     1.20  0.83041 
 39   1    0.5    2.0      1     1.00    3.9e+08    4.0e+08     1.02  0.98021 
 40 N/A    0.5    2.0      1     1.00    3.8e+08    3.9e+08     1.02  0.97952 
 40   0    0.5    2.0      1     1.00    3.8e+08    3.8e+08     1.00  1.00184 
 40   1    0.5    2.0      1     1.00    3.9e+08    4.0e+08     1.04  0.95917 
 41 N/A    0.5    2.0      1     1.00    4.0e+08    5.0e+08     1.26  0.79211 
 41   0    0.5    2.0      1     1.00    4.0e+08    4.1e+08     1.02  0.97762 
 41   1    0.5    2.0      1     1.00    4.0e+08    5.8e+08     1.46  0.68504 
 42 N/A    0.5    2.0      1     1.00    3.9e+08    4.3e+08     1.11  0.89891 
 42   0    0.5    2.0      1     1.00    3.8e+08    3.9e+08     1.02  0.98128 
 42   1    0.5    2.0      1     1.00    4.0e+08    4.7e+08     1.19  0.83841 
 43 N/A    0.5    2.0      1     1.00    4.0e+08    5.2e+08     1.29  0.77499 
 43   0    0.5    2.0      1     1.00    3.9e+08    4.0e+08     1.02  0.98160 
 43   1    0.5    2.0      1     1.00    4.1e+08    6.1e+08     1.49  0.66923 
 44 N/A    0.5    2.0      1     1.00    4.0e+08    4.2e+08     1.05  0.94912 
 44   0    0.5    2.0      1     1.00    4.1e+08    4.4e+08     1.08  0.92872 
 44   1    0.5    2.0      1     1.00    3.8e+08    3.9e+08     1.02  0.97911 
 45 N/A    0.5    2.0      1     1.00    3.9e+08    5.0e+08     1.29  0.77555 
 45   0    0.5    2.0      1     1.00    4.0e+08    6.0e+08     1.48  0.67434 
 45   1    0.5    2.0      1     1.00    3.7e+08    3.7e+08     1.01  0.99321 
 46 N/A    0.5    2.0      1     1.00    4.0e+08    5.9e+08     1.47  0.67885 
 46   0    0.5    2.0      1     1.00    4.0e+08    7.3e+08     1.85  0.54029 
 46   1    0.5    2.0      1     1.00    4.0e+08    4.0e+08     0.98  1.01718 
 47 N/A    0.5    2.0      1     1.00    3.9e+08    4.5e+08     1.13  0.88204 
 47   0    0.5    2.0      1     1.00    4.0e+08    4.9e+08     1.23  0.81494 
 47   1    0.5    2.0      1     1.00    3.9e+08    4.1e+08     1.03  0.97011 
 48 N/A    0.5    2.0      1     1.00    4.0e+08    5.8e+08     1.44  0.69230 
 48   0    0.5    2.0      1     1.00    4.2e+08    7.1e+08     1.72  0.58210 
 48   1    0.5    2.0      1     1.00    3.9e+08    4.1e+08     1.06  0.94729 
 49 N/A    0.5    2.0      1     1.00    3.9e+08    3.9e+08     1.00  1.00493 
 49   0    0.5    2.0      1     1.00    3.9e+08    3.8e+08     0.99  1.01168 
 49   1    0.5    2.0      1     1.00    3.9e+08    4.0e+08     1.00  0.99838 
 50 N/A    0.5    2.0      1     1.00    4.0e+08    4.1e+08     1.02  0.97993 
 50   0    0.5    2.0      1     1.00    4.0e+08    4.1e+08     1.01  0.99036 
 50   1    0.5    2.0      1     1.00    3.9e+08    4.1e+08     1.03  0.96939 
 51 N/A    0.5    2.0      1     1.00    4.0e+08    5.1e+08     1.27  0.78812 
 51   0    0.5    2.0      1     1.00    3.9e+08    3.8e+08     0.99  1.00815 
 51   1    0.5    2.0      1     1.00    4.2e+08    6.1e+08     1.46  0.68431 
 52 N/A    0.5    2.0      1     1.00    4.0e+08    6.7e+08     1.67  0.59767 
 52   0    0.5    2.0      1     1.00    3.9e+08    4.1e+08     1.04  0.95797 
 52   1    0.5    2.0      1     1.00    4.0e+08    8.5e+08     2.10  0.47543 
 53 N/A    0.5    2.0      1     1.00    4.1e+08    7.3e+08     1.80  0.55404 
 53   0    0.5    2.0      1     1.00    4.2e+08    9.6e+08     2.28  0.43883 
 53   1    0.5    2.0      1     1.00    3.9e+08    4.0e+08     1.01  0.99093 
 54 N/A    0.5    2.0      1     1.00    3.9e+08    4.4e+08     1.13  0.88474 
 54   0    0.5    2.0      1     1.00    3.9e+08    4.7e+08     1.20  0.83106 
 54   1    0.5    2.0      1     1.00    3.9e+08    4.1e+08     1.05  0.95098 
 55 N/A    0.5    2.0      1     1.00    4.0e+08    5.4e+08     1.34  0.74434 
 55   0    0.5    2.0      1     1.00    4.2e+08    6.5e+08     1.57  0.63582 
 55   1    0.5    2.0      1     1.00    3.9e+08    3.9e+08     1.01  0.98844 
 56 N/A    0.5    2.0      1     1.00    3.9e+08    4.4e+08     1.14  0.88056 
 56   0    0.5    2.0      1     1.00    4.0e+08    4.8e+08     1.21  0.82568 
 56   1    0.5    2.0      1     1.00    3.8e+08    4.0e+08     1.05  0.95453 
 57 N/A    0.5    2.0      1     1.00    4.0e+08    4.6e+08     1.16  0.86355 
 57   0    0.5    2.0      1     1.00    3.9e+08    5.0e+08     1.28  0.77851 
 57   1    0.5    2.0      1     1.00    4.0e+08    4.1e+08     1.02  0.97702 
 58 N/A    0.5    2.0      1     1.00    4.0e+08    4.6e+08     1.14  0.87351 
 58   0    0.5    2.0      1     1.00    4.0e+08    4.2e+08     1.04  0.96153 
 58   1    0.5    2.0      1     1.00    4.0e+08    5.0e+08     1.24  0.80486 
 59 N/A    0.5    2.0      1     1.00    4.0e+08    6.6e+08     1.66  0.60389 
 59   0    0.5    2.0      1     1.00    3.8e+08    3.9e+08     1.03  0.97425 
 59   1    0.5    2.0      1     1.00    4.2e+08    8.5e+08     2.03  0.49189 
 60 N/A    0.5    2.0      1     1.00    4.0e+08    6.4e+08     1.61  0.62128 
 60   0    0.5    2.0      1     1.00    3.8e+08    3.8e+08     1.00  0.99812 
 60   1    0.5    2.0      1     1.00    4.2e+08    8.2e+08     1.96  0.50971 
 61 N/A    0.5    2.0      1     1.00    4.1e+08    4.5e+08     1.11  0.89697 
 61   0    0.5    2.0      1     1.00    4.0e+08    4.0e+08     1.00  0.99596 
 61   1    0.5    2.0      1     1.00    4.1e+08    5.0e+08     1.21  0.82674 
 62 N/A    0.5    2.0      1     1.00    3.9e+08    4.6e+08     1.19  0.84354 
 62   0    0.5    2.0      1     1.00    3.9e+08    5.2e+08     1.35  0.74199 
 62   1    0.5    2.0      1     1.00    3.9e+08    3.9e+08     1.00  0.99929 
 63 N/A    0.5    2.0      1     1.00    4.0e+08    4.6e+08     1.15  0.86904 
 63   0    0.5    2.0      1     1.00    4.0e+08    5.1e+08     1.27  0.78481 
 63   1    0.5    2.0      1     1.00    4.0e+08    4.0e+08     1.01  0.98689 
 64 N/A    0.5    2.0      1     1.00    4.2e+08    1.1e+09     2.55  0.39258 
 64   0    0.5    2.0      1     1.00    4.4e+08    1.5e+09     3.36  0.29768 
 64   1    0.5    2.0      1     1.00    4.1e+08    4.2e+08     1.02  0.98197 
 65 N/A    0.5    2.0      1     1.00    4.0e+08    4.3e+08     1.09  0.91591 
 65   0    0.5    2.0      1     1.00    4.1e+08    4.8e+08     1.18  0.84754 
 65   1    0.5    2.0      1     1.00    3.9e+08    3.8e+08     0.99  1.01520 
 66 N/A    0.5    2.0      1     1.00    3.9e+08    4.2e+08     1.08  0.92965 
 66   0    0.5    2.0      1     1.00    4.1e+08    4.6e+08     1.14  0.87946 
 66   1    0.5    2.0      1     1.00    3.8e+08    3.8e+08     1.00  0.99910 
 67 N/A    0.5    2.0      1     1.00    4.0e+08    6.1e+08     1.52  0.65765 
 67   0    0.5    2.0      1     1.00    3.9e+08    4.0e+08     1.02  0.97630 
 67   1    0.5    2.0      1     1.00    4.1e+08    7.6e+08     1.87  0.53589 
 68 N/A    0.5    2.0      1     1.00    4.0e+08    4.7e+08     1.16  0.86076 
 68   0    0.5    2.0      1     1.00    3.9e+08    3.9e+08     0.98  1.02014 
 68   1    0.5    2.0      1     1.00    4.1e+08    5.4e+08     1.30  0.76661 
 69 N/A    0.5    2.0      1     1.00    4.0e+08    6.1e+08     1.54  0.65141 
 69   0    0.5    2.0      1     1.00    3.9e+08    3.9e+08     0.99  1.00645 
 69   1    0.5    2.0      1     1.00    4.0e+08    7.7e+08     1.90  0.52500 
 70 N/A    0.5    2.0      1     1.00    3.9e+08    4.5e+08     1.16  0.86477 
 70   0    0.5    2.0      1     1.00    3.8e+08    3.9e+08     1.02  0.98052 
 70   1    0.5    2.0      1     1.00    4.0e+08    5.1e+08     1.27  0.78849 
 71 N/A    0.5    2.0      1     1.00    4.0e+08    5.0e+08     1.26  0.79292 
 71   0    0.5    2.0      1     1.00    4.0e+08    5.8e+08     1.45  0.68746 
 71   1    0.5    2.0      1     1.00    3.9e+08    4.0e+08     1.02  0.97969 
 72 N/A    0.5    2.0      1     1.00    3.9e+08    4.7e+08     1.18  0.84837 
 72   0    0.5    2.0      1     1.00    4.2e+08    5.4e+08     1.29  0.77613 
 72   1    0.5    2.0      1     1.00    3.7e+08    3.8e+08     1.02  0.98483 
 73 N/A    0.5    2.0      1     1.00    3.9e+08    4.1e+08     1.05  0.95568 
 73   0    0.5    2.0      1     1.00    4.0e+08    4.3e+08     1.08  0.93007 
 73   1    0.5    2.0      1     1.00    3.9e+08    3.9e+08     1.01  0.98529 
 74 N/A    0.5    2.0      1     1.00    4.0e+08    5.4e+08     1.36  0.73506 
 74   0    0.5    2.0      1     1.00    4.1e+08    6.6e+08     1.60  0.62364 
 74   1    0.5    2.0      1     1.00    3.8e+08    3.9e+08     1.01  0.99000 
 75 N/A    0.5    2.0      1     1.00    4.0e+08    5.8e+08     1.46  0.68465 
 75   0    0.5    2.0      1     1.00    4.2e+08    7.3e+08     1.75  0.57158 
 75   1    0.5    2.0      1     1.00    3.8e+08    3.8e+08     1.00  0.99612 
 76 N/A    0.5    2.0      1     1.00    4.0e+08    4.2e+08     1.05  0.94870 
 76   0    0.5    2.0      1     1.00    4.0e+08    3.9e+08     0.99  1.00859 
 76   1    0.5    2.0      1     1.00    4.0e+08    4.4e+08     1.11  0.89855 
 77 N/A    0.5    2.0      1     1.00    3.8e+08    4.2e+08     1.10  0.90640 
 77   0    0.5    2.0      1     1.00    3.7e+08    3.8e+08     1.02  0.97951 
 77   1    0.5    2.0      1     1.00    3.9e+08    4.6e+08     1.17  0.85217 
 78 N/A    0.5    2.0      1     1.00    3.9e+08    5.6e+08     1.44  0.69636 
 78   0    0.5    2.0      1     1.00    3.9e+08    4.0e+08     1.03  0.97021 
 78   1    0.5    2.0      1     1.00    4.0e+08    6.9e+08     1.74  0.57427 
 79 N/A    0.5    2.0      1     1.00    3.8e+08    4.1e+08     1.07  0.93128 
 79   0    0.5    2.0      1     1.00    3.9e+08    4.0e+08     1.03  0.96935 
 79   1    0.5    2.0      1     1.00    3.8e+08    4.2e+08     1.12  0.89510 
 80 N/A    0.5    2.0      1     1.00    3.9e+08    5.1e+08     1.32  0.75612 
 80   0    0.5    2.0      1     1.00    3.8e+08    6.0e+08     1.56  0.64034 
 80   1    0.5    2.0      1     1.00    3.9e+08    4.0e+08     1.04  0.96605 
 81 N/A    0.5    2.0      1     1.00    3.8e+08    3.9e+08     1.03  0.97085 
 81   0    0.5    2.0      1     1.00    3.9e+08    4.1e+08     1.06  0.94746 
 81   1    0.5    2.0      1     1.00    3.7e+08    3.7e+08     1.00  0.99876 
 82 N/A    0.5    2.0      1     1.00    4.0e+08    5.3e+08     1.33  0.75143 
 82   0    0.5    2.0      1     1.00    4.1e+08    6.3e+08     1.55  0.64575 
 82   1    0.5    2.0      1     1.00    3.9e+08    4.0e+08     1.03  0.96760 
 83 N/A    0.5    2.0      1     1.00    3.9e+08    4.3e+08     1.12  0.89212 
 83   0    0.5    2.0      1     1.00    4.0e+08    4.6e+08     1.16  0.86003 
 83   1    0.5    2.0      1     1.00    3.7e+08    4.0e+08     1.07  0.93591 
 84 N/A    0.5    2.0      1     1.00    3.9e+08    4.5e+08     1.15  0.86615 
 84   0    0.5    2.0      1     1.00    3.9e+08    5.1e+08     1.30  0.76707 
 84   1    0.5    2.0      1     1.00    3.9e+08    3.9e+08     0.99  1.01261 
 85 N/A    0.5    2.0      1     1.00    3.9e+08    4.9e+08     1.25  0.79914 
 85   0    0.5    2.0      1     1.00    3.7e+08    3.8e+08     1.01  0.98771 
 85   1    0.5    2.0      1     1.00    4.1e+08    5.8e+08     1.41  0.70856 
 86 N/A    0.5    2.0      1     1.00    3.9e+08    4.4e+08     1.12  0.88963 
 86   0    0.5    2.0      1     1.00    3.9e+08    3.8e+08     0.98  1.01829 
 86   1    0.5    2.0      1     1.00    3.9e+08    4.9e+08     1.25  0.80129 
 87 N/A    0.5    2.0      1     1.00    4.0e+08    4.2e+08     1.04  0.95883 
 87   0    0.5    2.0      1     1.00    4.0e+08    4.1e+08     1.02  0.97871 
 87   1    0.5    2.0      1     1.00    4.0e+08    4.3e+08     1.06  0.94019 
 88 N/A    0.5    2.0      1     1.00    4.0e+08    4.3e+08     1.08  0.92473 
 88   0    0.5    2.0      1     1.00    3.9e+08    3.9e+08     0.98  1.01783 
 88   1    0.5    2.0      1     1.00    4.0e+08    4.7e+08     1.17  0.85520 
 89 N/A    0.5    2.0      1     1.00    4.0e+08    4.1e+08     1.05  0.95625 
 89   0    0.5    2.0      1     1.00    4.0e+08    4.3e+08     1.09  0.91445 
 89   1    0.5    2.0      1     1.00    3.9e+08    3.9e+08     1.00  1.00483 
 90 N/A    0.5    2.0      1     1.00    3.9e+08    4.0e+08     1.04  0.96528 
 90   0    0.5    2.0      1     1.00    3.8e+08    4.0e+08     1.04  0.96203 
 90   1    0.5    2.0      1     1.00    3.9e+08    4.0e+08     1.03  0.96843 

change tsys using tkpl: adopt 18.8 K.

VOLT02023RCP.4660_Nereus.raw.rdf

e/m values look reasonable in both channels...although some are a bit low.  

As usual, I save the tkrdfreduc output.

91 FFTs

noise looks Gaussian.


jsnr1 = 1018, jsnr2 = 1031

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  1.63  4.39 -0.56  6.06 64.84133.82132.61117.50 51.01  4.32  2.84  0.66 -0.92 -1.18

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  0.52  3.63  3.24  8.38 48.09 83.67109.91150.83 48.94  6.61  2.08  0.82  2.18 -0.18


Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02023RCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/22   1-oc  15:05:45  00:00:00  15:15:13   0.0   3.52e-05   1.82e-02  7.7e-05  2.3
Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02023RCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/22   1-sc  15:05:45  00:00:00  15:15:13   0.0   3.52e-05   1.65e-02  7.6e-05  2.3 0.906646 0.912339 0.900984


OCxsec = 1.8E-2 km^2
SC/OC  = 0.91 +/- 0.01

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

January 23, TX LCP
==================

Adopt Tsys = 18.8 K.  Actually, we forgot to record it on point at the start of the
track, so I used the value from January 19.  After I did this, I discovered that
Al recorded ch1 = 18.3 and ch2 = 18.5 at the end of the track.  Good enough.

10 runs, solution 34 (but see note above about the PO, which used solution 36).


rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 507 > dofft -d 1.0 -p 15 -f 4096 -i VOLT02023LCP.4660_Nereus -o VOLT02023LCP.4660_Nereus.raw.rdf -x PRDX.OUT.s34
contents of ast_spec control file:
4096,
1,
1,
/home/wart/bin/ast_spec_1.25 variables:
DATAIN=VOLT02023LCP.4660_Nereus
RDFOUT_1=VOLT02023LCP.4660_Nereus.raw.1_1.rdf
RDFOUT_2=VOLT02023LCP.4660_Nereus.raw.1_2.rdf
CONTROL=specs_in.dat
Running /home/wart/bin/ast_spec_1.25
/usr/local/bin/jurg2spec -i VOLT02023LCP.4660_Nereus.raw.1.rdf -o VOLT02023LCP.4660_Nereus.raw.rdf -x PRDX.OUT.s34  -p 15 -d 1.0 
Using .data1 as temporary storage for OC data
Using .data2 as temporary storage for SC data
Total hop states:  2
Total OC spectra:  97
Total SC spectra:  97
Processing data...
rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 508 > 

change tsys...

e/m values are tolerable but quite a few are in the realm of 0.4-0.6.  

97 ffts

noise statistics look Gaussian.


rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  0.87  2.49  3.80  5.42 55.23142.08182.08175.10 54.39  6.75  3.59 -1.03  0.36  0.13

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  0.63  1.27  1.15  7.18 66.88119.14205.02186.54 37.26  4.59  4.84  0.76  0.79  1.59

Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02023LCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/22   1-oc  15:16:49  00:00:00  15:26:17   0.0   3.38e-05   2.13e-02  7.1e-05  2.2
Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02023LCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/22   1-sc  15:16:49  00:00:00  15:26:17   0.0   3.38e-05   2.15e-02  6.9e-05  2.0 1.01008 1.01477 1.00542


OCxsec = 2.1E-2 km^2
SCxsec = 2.2E-2 km^2
SC/OC  = 1.01 +/- 0.01

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 

January 29, TX RCP
==================

solution 38
10 runs

rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 511 > dofft -d 1.0 -p 15 -f 4096 -i VOLT02029RCP.4660_Nereus -o VOLT02029RCP.4660_Nereus.raw.rdf -x PRDX.OUT.s38
contents of ast_spec control file:
4096,
1,
1,
/home/wart/bin/ast_spec_1.25 variables:
DATAIN=VOLT02029RCP.4660_Nereus
RDFOUT_1=VOLT02029RCP.4660_Nereus.raw.1_1.rdf
RDFOUT_2=VOLT02029RCP.4660_Nereus.raw.1_2.rdf
CONTROL=specs_in.dat
Running /home/wart/bin/ast_spec_1.25
/usr/local/bin/jurg2spec -i VOLT02029RCP.4660_Nereus.raw.1.rdf -o VOLT02029RCP.4660_Nereus.raw.rdf -x PRDX.OUT.s38  -p 15 -d 1.0 
Using .data1 as temporary storage for OC data
Using .data2 as temporary storage for SC data
Total hop states:  2
Total OC spectra:  132
Total SC spectra:  132
Processing data...

We didn't record Tsys on point at the start or end of the track, although Al did note
the values at zenith.  They were similar to other days, so adopt Tsys = 18.8 K.

e/m values in both channels look fine: all close to unity.

132 FFTs.


rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1 -0.75  2.50 -0.15  3.11 26.98 33.26 35.81 22.14  2.33  1.17  1.72  0.76 -0.26  0.12

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1 -1.84  1.57  1.48  2.41 23.05 30.40 27.51 22.04  2.79  1.47  2.13 -0.07 -0.53 -0.48

Echo is MUCH weaker than on previous days.  

Noise statistics look fine: Gaussian.


Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02029RCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/28   1-oc  14:06:39  00:00:00  14:18:42   0.0   7.07e-05   9.10e-03  1.5e-04  2.2
Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02029RCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/28   1-sc  14:06:39  00:00:00  14:18:42   0.0   7.07e-05   7.91e-03  1.5e-04  2.2 0.869458 0.89173 0.847665

OCxsec = 9.1 E-3 km^2
SC/OC  = 0.87 +/- 0.02

The OCxsec is a factor of two smaller than it was on Jan. 23 (TX rcp).

- - - - - -  - - - - - - - - - - - - - - - - - - - -  - - - - - - - - - - - - - - 

January 29, TX LCP
==================

10 runs, solution 38.


rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 512 > dofft -d 1.0 -p 15 -f 4096 -i VOLT02029LCP.4660_Nereus -o VOLT02029LCP.4660_Nereus.raw.rdf -x PRDX.OUT.s38
contents of ast_spec control file:
4096,
1,
1,
/home/wart/bin/ast_spec_1.25 variables:
DATAIN=VOLT02029LCP.4660_Nereus
RDFOUT_1=VOLT02029LCP.4660_Nereus.raw.1_1.rdf
RDFOUT_2=VOLT02029LCP.4660_Nereus.raw.1_2.rdf
CONTROL=specs_in.dat
Running /home/wart/bin/ast_spec_1.25
/usr/local/bin/jurg2spec -i VOLT02029LCP.4660_Nereus.raw.1.rdf -o VOLT02029LCP.4660_Nereus.raw.rdf -x PRDX.OUT.s38  -p 15 -d 1.0 
Using .data1 as temporary storage for OC data
Using .data2 as temporary storage for SC data
Total hop states:  2
Total OC spectra:  132
Total SC spectra:  132
Processing data...
rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 513 > 

change tsys = 18.8 K

e/m values in both channels look very good.


noise statistics look fine.

132 ffts

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1 -0.49  0.86 -0.26  0.49 21.64 35.91 31.52 16.16  1.98  0.46  0.28  1.17 -1.33 -1.36

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  0.26 -1.00  0.17  2.25 22.83 35.61 29.98 27.32  0.85  2.86  1.34 -0.37 -1.07 -0.21



Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02029LCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/28   1-oc  14:20:41  00:00:00  14:32:44   0.0   7.06e-05   7.56e-03  1.4e-04  1.9
Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02029LCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/28   1-sc  14:20:41  00:00:00  14:32:44   0.0   7.06e-05   8.53e-03  1.5e-04  2.1 1.12879 1.15729 1.10104

OCxsec = 7.6E-3 km^3
SCxsec = 8.5E-3 km^3
SC/OC  = 1.13 +/- 0.03

Again, it really looks like the channels are flipped.  

Assuming that's true, the cross sections are
consistent with what I got earlier on the same day but they're lower than results
from previous days.  Perhaps that's due to the orientation...?



Summary
TX Poln   Date   OCxsec   SC/OC
-------   ----   ------   -----
RCP       Jan 15 2.7E-2   0.99+/-0.01
          Jan 19 1.3E-2   0.82+/-0.01
          Jan 23 1.8E-2   0.91+/-0.01
          Jan 29 9.1E-3   0.87+/-0.02

LCP       Jan 15 2.5E-2   1.31+/-0.01
          Jan 19 9.1E-3   1.16+/-0.02
          Jan 23 2.1E-3   1.01+/-0.01
          Jan 29 7.6E-3   1.13+/-0.03


--------------------------------------------------------------------

2005 April 25

--------------------------------------------------------------------

January 24, TX RCP
==================

We did only 5 cw runs on this day, all tx RCP.  
Solution 38

Process with a 4096 FFT first.  That will produce roughly 50 looks.  If
the noise is too non-Gaussian, repeat with a 2048 FFT.

hyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 646 > dofft -d 1.0 -p 15 -f 4096 -i VOLT02024.4660_Nereus -o VOLT02024.4660_Nereus.raw.rdf -x PRDX.OUT.s38 
contents of ast_spec control file:
4096,
1,
1,
/home/wart/bin/ast_spec_1.25 variables:
DATAIN=VOLT02024.4660_Nereus
RDFOUT_1=VOLT02024.4660_Nereus.raw.1_1.rdf
RDFOUT_2=VOLT02024.4660_Nereus.raw.1_2.rdf
CONTROL=specs_in.dat
Running /home/wart/bin/ast_spec_1.25
/usr/local/bin/jurg2spec -i VOLT02024.4660_Nereus.raw.1.rdf -o VOLT02024.4660_Nereus.raw.rdf -x PRDX.OUT.s38  -p 15 -d 1.0 
Using .data1 as temporary storage for OC data
Using .data2 as temporary storage for SC data
Total hop states:  2
Total OC spectra:  51
Total SC spectra:  51
Processing data...
rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 647 > 


Will probably need to fix tsys values again: Yes-- ch1 = 16.5, ch2 = 20.3
Al Kern's log didn't record tsys on point when we did cw observations, but he
did record it at the end of the track (which was only 3 h long) after we did
imaging.  Nereus was pretty far south at the time.  The final temps were
as follows: ch1 16.1 K, ch2 17.5 K at el = 33 deg.  We started CW at el = 17 deg,
so tsys was almost certainly warmer.  Let's adopt the "standard" value of 18.8 K
that I've used on previous days.  This is unlikely to be off by more than 10%, 
which is less than the standard error that we usually cite.

rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 647 > du -ks V*024*rdf
1672    VOLT02024.4660_Nereus.raw.1.rdf
840     VOLT02024.4660_Nereus.raw.1_1.rdf
840     VOLT02024.4660_Nereus.raw.1_2.rdf
1664    VOLT02024.4660_Nereus.raw.rdf


e/m values in both channels look fine.

ffts = 51

jsnr1 = 1018
jsnr2 = 1031

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1 -1.02 -0.69  0.12  0.81 11.48 37.61 32.72 17.77  8.97  2.15  0.58  0.31  1.18  0.17

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1 -0.42  0.65 -0.53  2.01  7.06 30.70 46.11 21.82  7.60  0.29  0.04 -0.04 -0.24  1.50

Noise statistics: pretty close to Gaussian with the expected modest
excess of positive noise points and modest lack of negative points.

==> Don't bother with another reduction that uses a 2048-point FFT.

Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02024.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/23   1-oc  14:45:43  00:00:00  14:50:17   0.0   4.82e-05   5.41e-03  9.8e-05  2.0
Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02024.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/23   1-sc  14:45:43  00:00:00  14:50:17   0.0   4.82e-05   5.62e-03  9.3e-05  1.8 1.03904 1.06493 1.01384

OCxsec = 5.4E-3 km^2  That seems low relative to other days.
SC/OC  = 1.04 +/- 0.03

The SNR is also anomalously low relative to other days.  WHY?  



- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 

January 25, TX RCP
==================

Solution 38, 5 runs


rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 655 > dofft -d 1.0 -p 15 -f 4096 -i VOLT02025.4660_Nereus -o VOLT02025.4660_Nereus.raw.rdf -x PRDX.OUT.s38
contents of ast_spec control file:
4096,
1,
1,
/home/wart/bin/ast_spec_1.25 variables:
DATAIN=VOLT02025.4660_Nereus
RDFOUT_1=VOLT02025.4660_Nereus.raw.1_1.rdf
RDFOUT_2=VOLT02025.4660_Nereus.raw.1_2.rdf
CONTROL=specs_in.dat
Running /home/wart/bin/ast_spec_1.25
/usr/local/bin/jurg2spec -i VOLT02025.4660_Nereus.raw.1.rdf -o VOLT02025.4660_Nereus.raw.rdf -x PRDX.OUT.s38  -p 15 -d 1.0 
Using .data1 as temporary storage for OC data
Using .data2 as temporary storage for SC data
Total hop states:  2
Total OC spectra:  53
Total SC spectra:  53
Processing data...
rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 656 > 


rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 656 > ls -l V*025*rdf
-rw-r--r--   1 lance    staff    1760146 Apr 25 15:59 VOLT02025.4660_Nereus.raw.1.rdf
-rw-r--r--   1 lance    staff     880073 Apr 25 15:59 VOLT02025.4660_Nereus.raw.1_1.rdf
-rw-r--r--   1 lance    staff     880073 Apr 25 15:59 VOLT02025.4660_Nereus.raw.1_2.rdf
-rw-r--r--   1 lance    staff    1758566 Apr 25 15:59 VOLT02025.4660_Nereus.raw.rdf

Play the usual game with Tsys...18.8 K... (tsys on source at the end of the track
were about 17.8 K)

e/m values are decent but not outstanding: some are in the realm of 0.4...but 
well over 1/2 are close to unity.  None is egregious.

ffts = 53

noise statistics: pretty close to Gaussian.  Modest excess of positive peaks.

The echoes are MUCH stronger than the ones from January 24, so I suspect that the Jan. 24
cross sections are bad--the SNR is about a factor of three weaker.  The Jan. 24 ratio 
looks fine, though.

jsnr1 = 1018
jsnr2 = 1031

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  3.79  4.64 21.13 74.08137.82167.13130.24 99.29 88.82  7.47  1.77  7.00 -1.37 -0.30

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  3.48  3.25 12.92 57.71 67.25140.24119.50 61.30 37.04  5.32  2.05  1.29 -0.67  0.77


Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02025.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/24   1-oc  16:21:20  00:00:00  16:26:05   0.0   5.44e-05   4.03e-02  1.4e-04  3.1
Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02025.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/24   1-sc  16:21:20  00:00:00  16:26:05   0.0   5.44e-05   2.78e-02  1.3e-04  2.7 0.689737 0.693684 0.685806

OCxsec = 4.0E-2 km^2, nearly 9x larger than on the previous day.
SC/OC  = 0.69+/-0.01


- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 

January 26, TX RCP
==================
5 runs, solution 38


rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 658 > dofft -d 1.0 -p 15 -f 4096 -i VOLT02026.4660_Nereus -o VOLT02026.4660_Nereus.raw.rdf -x PRDX.OUT.s38
contents of ast_spec control file:
4096,
1,
1,
/home/wart/bin/ast_spec_1.25 variables:
DATAIN=VOLT02026.4660_Nereus
RDFOUT_1=VOLT02026.4660_Nereus.raw.1_1.rdf
RDFOUT_2=VOLT02026.4660_Nereus.raw.1_2.rdf
CONTROL=specs_in.dat
Running /home/wart/bin/ast_spec_1.25
/usr/local/bin/jurg2spec -i VOLT02026.4660_Nereus.raw.1.rdf -o VOLT02026.4660_Nereus.raw.rdf -x PRDX.OUT.s38  -p 15 -d 1.0 
Using .data1 as temporary storage for OC data
Using .data2 as temporary storage for SC data
Total hop states:  2
Total OC spectra:  55
Total SC spectra:  55
Processing data...
rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 659 > ls -l *026*rdf
-rw-r--r--   1 lance    staff    1828844 Apr 25 16:22 VOLT02026.4660_Nereus.raw.1.rdf
-rw-r--r--   1 lance    staff     914422 Apr 25 16:22 VOLT02026.4660_Nereus.raw.1_1.rdf
-rw-r--r--   1 lance    staff     914422 Apr 25 16:22 VOLT02026.4660_Nereus.raw.1_2.rdf
-rw-r--r--   1 lance    staff    1824790 Apr 25 16:22 VOLT02026.4660_Nereus.raw.rdf

We didn't record tsys on point for the cw obsevations, but Al Kern noted it at the end
of the track when the elevation was about 27 deg: 19.5 K.  The CW observations occurred
at 22-23 degrees, so tsys should have been warmer.  Therefore, adopt the other "default"
tsys that I've been using: 20.5 K.  This is about 9% warmer than the value of 18.8 K
that I've used on other days.

There are a number of hops with e/m values in the realm of 0.4-0.5, but most are close
to unity.  There aren't any really low ones, so forge ahead.

55 ffts

noise stats are mostly gaussian...excess of positive noise points is more obvious
than it was on other days.

jsnr1 = 1018
jsnr2 = 1031

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  2.61  0.94  4.65 33.06 71.44100.56130.78124.88 51.14  7.91  0.99 -1.06  0.57  1.99

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  2.16  4.18  3.91 17.79 76.23 55.32128.04 63.46 50.69  5.04  1.48  0.90  3.33  3.13


Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02026.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/25   1-oc  14:05:41  00:00:00  14:10:33   0.0   6.98e-05   3.70e-02  1.6e-04  2.7
Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02026.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/25   1-sc  14:05:41  00:00:00  14:10:33   0.0   6.98e-05   2.90e-02  1.6e-04  2.6 0.783601 0.789175 0.778057

OCxsec = 3.7E-2 km^2
SC/OC  = 0.78+/-0.01

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 

January 27, TX RCP
==================
5 runs, solution 38 (why didn't we update it?  It's clearly off in Doppler)

tsys wasn't noted in the logs, but Al Kern did record it at the end of the track,
when the elevation was about 24 deg.  He got 17.5 and 17.9 K.  The elevation
during the cw observations was about 22-23 deg, so let's adopt the (conservative)
standard value of 18.8 K that I've used on other days.


rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 660 > dofft -d 1.0 -p 15 -f 4096 -i VOLT02027.4660_Nereus -o VOLT02027.4660_Nereus.raw.rdf -x PRDX.OUT.s38
contents of ast_spec control file:
4096,
1,
1,
/home/wart/bin/ast_spec_1.25 variables:
DATAIN=VOLT02027.4660_Nereus
RDFOUT_1=VOLT02027.4660_Nereus.raw.1_1.rdf
RDFOUT_2=VOLT02027.4660_Nereus.raw.1_2.rdf
CONTROL=specs_in.dat
Running /home/wart/bin/ast_spec_1.25
/usr/local/bin/jurg2spec -i VOLT02027.4660_Nereus.raw.1.rdf -o VOLT02027.4660_Nereus.raw.rdf -x PRDX.OUT.s38  -p 15 -d 1.0 
Using .data1 as temporary storage for OC data
Using .data2 as temporary storage for SC data
Total hop states:  2
Total OC spectra:  55
Total SC spectra:  55
Processing data...
rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 661 > 

55 looks

SC hops 34-37 (zero-based) have _really_ low e/m values, so let's delete them.
35-38 1-based

Most of the hops have e/m values near 1.  A subset are lower--about 0.5.


FFTs = 51

Noise statistics are decent given the number of looks.  Modest excess of positive points.

jsnr1 = 1018, jsnr2 = 1031

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  0.01  2.02  5.13 24.70 80.41 68.39112.54 60.99 84.64 15.74  4.39  1.51  1.69  1.78

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  3.39  1.60  3.86 28.28 43.06 55.13123.35 65.29 78.31 16.99 -0.31  0.86 -0.73  1.94



Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02027.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/26   1-oc  13:45:45  00:00:00  13:50:47   0.0   7.87e-05   3.65e-02  1.9e-04  3.0
Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02027.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/26   1-sc  13:45:45  00:00:00  13:50:47   0.0   7.87e-05   3.31e-02  1.9e-04  2.7 0.907463 0.9145 0.900476

OCxsec = 3.7E-2 km^2
SC/OC  = 0.91 +/- 0.01

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 

January 20, TX RCP
==================

10 runs

There was a mixup with the ephemeris:
We meant to use solution 36, which was loaded in the RXPO.  However, the VME still
had solution 34 from the previous track (by accident, of course).  The difference is
sufficiently small in Doppler frequency that it shouldn't affect the cross sections.

We recorded tsys on point at the end of the track when the elevation was 23 deg.
At that time ch1 = 20.4 and ch2 = 20.7 K.  During the cw observations, the elevation
was 33-35 degrees. ==> Adopt Tsys = 20.5 K, which is probably conservative because 
at 34 deg elevation, Tsys was probably lower.



rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 667 > dofft -d 1.0 -p 15 -f 4096 -i VOLT02020RCP.4660_Nereus -o VOLT02020RCP.4660_Nereus.raw.rdf -x PRDX.OUT.s36
contents of ast_spec control file:
4096,
1,
1,
/home/wart/bin/ast_spec_1.25 variables:
DATAIN=VOLT02020RCP.4660_Nereus
RDFOUT_1=VOLT02020RCP.4660_Nereus.raw.1_1.rdf
RDFOUT_2=VOLT02020RCP.4660_Nereus.raw.1_2.rdf
CONTROL=specs_in.dat
Running /home/wart/bin/ast_spec_1.25
/usr/local/bin/jurg2spec -i VOLT02020RCP.4660_Nereus.raw.1.rdf -o VOLT02020RCP.4660_Nereus.raw.rdf -x PRDX.OUT.s36  -p 15 -d 1.0 
Using .data1 as temporary storage for OC data
Using .data2 as temporary storage for SC data
Total hop states:  2
Total OC spectra:  100
Total SC spectra:  100
Processing data...
rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 668 > 


e/m values aren't the greatest: there's an unusally large number in the range of 0.5-0.7.
There aren't any that are really low.
Forge ahead and see what happens.

FFTs = 100

jsnr1 = 1018, jsnr2 = 1031

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  1.29  3.07  9.07 57.47 77.31106.82153.67139.13 88.14 16.75  4.26  4.19  1.48  2.67

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  2.41  2.94  5.37 80.23107.28119.26105.43111.81 73.74 17.86  1.59  3.73  2.46  1.64

noise statistics look good.

Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02020RCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/19   1-oc  17:05:55  00:00:00  17:15:39   0.0   4.26e-05   2.83e-02  1.1e-04  3.0
Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02020RCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/19   1-sc  17:05:55  00:00:00  17:15:39   0.0   4.26e-05   2.71e-02  1.1e-04  3.2 0.955545 0.960805 0.950311

OCxsec = 2.8E-2 km^2
SC/OC  = 0.96 +/- 0.01

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 

January 22, TX RCP
==================
10 runs, solution 36

rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 672 > dofft -d 1.0 -p 15 -f 4096 -i VOLT02022RCP.4660_Nereus -o VOLT02022RCP.4660_Nereus.raw.rdf -x PRDX.OUT.s36
contents of ast_spec control file:
4096,
1,
1,
/home/wart/bin/ast_spec_1.25 variables:
DATAIN=VOLT02022RCP.4660_Nereus
RDFOUT_1=VOLT02022RCP.4660_Nereus.raw.1_1.rdf
RDFOUT_2=VOLT02022RCP.4660_Nereus.raw.1_2.rdf
CONTROL=specs_in.dat
Running /home/wart/bin/ast_spec_1.25
 Note: the following IEEE floating-point arithmetic exceptions 
 occurred and were never cleared; see ieee_flags(3M): 
 Inexact;  Invalid Operand; 
 Sun's implementation of IEEE arithmetic is discussed in 
 the Numerical Computation Guide.
/usr/local/bin/jurg2spec -i VOLT02022RCP.4660_Nereus.raw.1.rdf -o VOLT02022RCP.4660_Nereus.raw.rdf -x PRDX.OUT.s36  -p 15 -d 1.0 
Using .data1 as temporary storage for OC data
Using .data2 as temporary storage for SC data
Total hop states:  2
Total OC spectra:  97
Total SC spectra:  97
Processing data...
rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 673 > 

Tsys on point at the end of the track: 18.1 and 18.4 K, el = 37 deg.
For the cw observations, el = 36-37 deg, so adopt our standard value
of 18.8 K.

most of the e/m values look pretty good.  There's one of about 0.23, but only
one, so ignore it and move on.

jsnr1 = 1018, jsnr2 = 1031

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  1.02  0.16  3.90  9.45 89.94140.11162.03 96.43  6.33  2.04  2.36  1.49  1.56 -1.36

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  0.28  2.01  4.02 11.57 61.48114.16203.54 97.62  8.23  0.74  2.52  0.03  1.63  2.13

97 looks

noise histograms look good.

Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02022RCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/21   1-oc  16:57:30  00:00:00  17:06:54   0.0   3.52e-05   1.81e-02  7.2e-05  2.0
Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02022RCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/21   1-sc  16:57:30  00:00:00  17:06:54   0.0   3.52e-05   1.79e-02  6.9e-05  1.9 0.989321 0.994797 0.983875

OCxsec = 1.8E-2 km^2
SC/OC  = 0.99 +/- 0.01

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 

January 18, TX RCP
==================

We did 30 cw runs on this day:

TX RCP, 15 sec dwell, solution 32
TX RCP, 10 sec dwell, solution 32
TX LCP, 10 sec dwell, solution 32

Unfortunately, the data are all in the same file.

We've had trouble before with 15 second dwells, but it's not clear whether that was
an issue on this occasion.  Process the data and see what happens.  I'll reduce all
of it into raw rdf files and then delete hops to split the data into different files.

tsys on point was not recorded for the cw observations, but it was at the end of the
track: ch1 = 20.5, ch2 = 20.8.  el = 24 deg.  During cw observations el = 25-32 deg,
so the temps wereprobably at least as cool as at the end.

--> Adopt tsys = 20.5 K (our second standard value).

rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 677 > dofft -d 1.0 -p 15 -f 4096 -i VOLT02018.4660_Nereus -o VOLT02018RCP.4660_Nereus.raw.rdf -x PRDX.OUT.s32
contents of ast_spec control file:
4096,
1,
1,
/home/wart/bin/ast_spec_1.25 variables:
DATAIN=VOLT02018.4660_Nereus
RDFOUT_1=VOLT02018RCP.4660_Nereus.raw.1_1.rdf
RDFOUT_2=VOLT02018RCP.4660_Nereus.raw.1_2.rdf
CONTROL=specs_in.dat
Running /home/wart/bin/ast_spec_1.25
/usr/local/bin/jurg2spec -i VOLT02018RCP.4660_Nereus.raw.1.rdf -o VOLT02018RCP.4660_Nereus.raw.rdf -x PRDX.OUT.s32  -p 15 -d 1.0 
Using .data1 as temporary storage for OC data
Using .data2 as temporary storage for SC data
Total hop states:  2
Total OC spectra:  204
Total SC spectra:  204
Processing data...
rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 678 > 

change tsys...done

Save the file into three separate files, then open each in turn and delete
the undesired hops.  Then reduce to a file.

rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 682 > cp VOLT02018RCP.4660_Nereus.raw.rdf VOLT02018RCP.4660_Nereus.raw.15sdwell.rdf
rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 683 > cp VOLT02018RCP.4660_Nereus.raw.rdf VOLT02018RCP.4660_Nereus.raw.10sdwell.rdf
rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 684 > cp VOLT02018RCP.4660_Nereus.raw.rdf VOLT02018LCP.4660_Nereus.raw.10sdwell.rdf

Work with the TX RCP 15 sec dwell first.

well, it turns out that there isn't any--it wasn't recorded.


The 10 second dwells started receiving at 17:13:01 UTC = 61981 seconds.

There aren't any hops recorded before that.

rows   rcsta
------------
   1 61985.0
   2 61987.0
   3 61989.1
   4 61992.2
   5 61994.2
   6 61996.3
   7 61998.3
   8 62002.4
   9 62004.5
  10 62006.5
  11 62008.6
  12 62049.0
  13 62052.1
  14 62054.1
  15 62056.2
  16 62058.2
  17 62062.3
  18 62064.4
  19 62066.4
  20 62068.5
  21 62072.6
  22 62113.0
  23 62115.1
  24 62117.1
  25 62119.2
  26 62122.2
  27 62124.3
  28 62126.3
  29 62128.4
  30 62132.5
  31 62134.5
  32 62136.6
  33 62178.0
  34 62182.1
  35 62184.2
  36 62186.2
  37 62188.3
  38 62192.4
  39 62194.4
  40 62196.5
  41 62198.5
  42 62202.6
  43 62241.0
  44 62243.1
  45 62245.1
  46 62247.2
  47 62249.2
  48 62252.3
  49 62254.3
  50 62256.4
  51 62258.4
  52 62262.5
  53 62264.6
  54 62306.0
  55 62308.1
  56 62312.2
  57 62314.2
  58 62316.3
  59 62318.3
  60 62322.4
  61 62324.5
  62 62326.5
  63 62328.6
  64 62372.1
  65 62374.1
  66 62376.2
  67 62378.2
  68 62382.3
  69 62384.4
  70 62386.4
  71 62388.5
  72 62392.6
  73 62394.6
  74 62435.0
  75 62437.1
  76 62439.1
  77 62442.2
  78 62444.2
  79 62446.3
  80 62448.3
  81 62452.4
  82 62454.5
  83 62456.5
  84 62458.6
  85 62502.1
  86 62504.1
  87 62506.2
  88 62508.2
  89 62512.3
  90 62514.4
  91 62516.4
  92 62518.5
  93 62522.6
  94 62564.0
  95 62566.1
  96 62568.1
  97 62572.2
  98 62574.3
  99 62576.3
 100 62578.4
 101 62582.5
 102 62584.5
 103 62586.6


TX LCP started at 17:28:31 = 62911 seconds, so the rest of the 
data were from that configuration:
 104 62917.0
 105 62919.1
 106 62922.2
 107 62924.2
 108 62926.3
 109 62928.3
 110 62932.4
 111 62934.5
 112 62936.5
 113 62938.6
 114 62982.1
 115 62984.1
 116 62986.2
 117 62988.2
 118 62992.3
 119 62994.4
 120 62996.4
 121 62998.5
 122 63002.6
 123 63044.0
 124 63046.1
 125 63048.1
 126 63052.2
 127 63054.3
 128 63056.3
 129 63058.4
 130 63062.5
 131 63064.5
 132 63066.6
 133 63109.0
 134 63112.1
 135 63114.1
 136 63116.2
 137 63118.2
 138 63122.3
 139 63124.4
 140 63126.4
 141 63128.5
 142 63172.0
 143 63174.1
 144 63176.1
 145 63178.2
 146 63182.3
 147 63184.3
 148 63186.4
 149 63188.4
 150 63192.5
 151 63194.6
 152 63196.6
 153 63237.0
 154 63239.1
 155 63242.1
 156 63244.2
 157 63246.2
 158 63248.3
 159 63252.4
 160 63254.4
 161 63256.5
 162 63258.5
 163 63302.1
 164 63304.1
 165 63306.2
 166 63308.2
 167 63312.3
 168 63314.4
 169 63316.4
 170 63318.5
 171 63322.6
 172 63324.6
 173 63365.0
 174 63367.1
 175 63369.1
 176 63372.2
 177 63374.2
 178 63376.3
 179 63378.3
 180 63382.4
 181 63384.5
 182 63386.5
 183 63388.6
 184 63432.1
 185 63434.1
 186 63436.2
 187 63438.2
 188 63442.3
 189 63444.4
 190 63446.4
 191 63448.5
 192 63452.6
 193 63454.6
 194 63495.0
 195 63497.1
 196 63499.1
 197 63502.2
 198 63504.2
 199 63506.3
 200 63508.3
 201 63512.4
 202 63514.5
 203 63516.5
 204 63518.6

We got about 100 FFTs with each TX poln.

I changed the names of the new raw files:
VOLT02018RCP.4660_Nereus.raw.rdf
VOLT02018LCP.4660_Nereus.raw.rdf

I haven't deleted the original 10 s dwell files yet...make sure this reduction works 
and then get rid of the other files.

Continue with reduction of the TX RCP data...

e/m values look good in both channels.

jsnr1 = 1018, jsnr2 = 1031

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  0.63  0.21  0.54  4.62 46.04 95.17 89.24 59.24 10.84  0.93 -0.16 -0.55  0.75 -0.04

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  1.60  0.39  1.97  4.54 34.46 89.62 71.82 52.83 13.37  2.36  1.28 -1.10  1.87 -0.72

This works fine.

FFTs = 103

noise histograms look pretty good, but there's a slight excess of points between 0 and -1
in the OC channel.

Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02018RCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/17   1-oc  17:13:05  00:00:00  17:23:08   0.0   4.95e-05   1.52e-02  1.0e-04  2.0
Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02018RCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/17   1-sc  17:13:05  00:00:00  17:23:08   0.0   4.95e-05   1.36e-02  1.0e-04  2.1 0.89205 0.901072 0.883107


OCxsec = 1.5E-2 km^2
SC/OC  = 0.89+/-0.01

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 

January 18, TX LCP
==================

Continue from above....

Note: channels are flipped, so spectra will be switched.

e/m values are very good in both channels.

noise histograms look good.

ffts = 101

jsnr1 = 1018, jsnr2 = 1031

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  3.68  0.64  3.88  9.15 66.08 75.68 83.67 56.25 15.34  2.27  1.65  0.37  1.76  0.23

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  0.84  4.04  2.09  4.64 63.67108.07 91.55 63.17 22.71  4.26  1.03  1.32  0.48  0.26


Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02018LCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/17   1-oc  17:28:37  00:00:00  17:38:40   0.0   4.92e-05   1.58e-02  1.1e-04  2.4
Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02018LCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/17   1-sc  17:28:37  00:00:00  17:38:40   0.0   4.92e-05   1.81e-02  1.1e-04  2.3 1.14816 1.1587 1.13773

Note that the cross sections are inverted.  Use the _real_ cross sections:

OCxsec = 1.8E-2 km^2
SC/OC  = 0.87+/-0.01

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

January 20, TX LCP
==================

10 runs, solution 36.
channels in the output file will be switched.

rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 695 > dofft -d 1.0 -p 15 -f 4096 -i VOLT02020LCP.4660_Nereus -o VOLT02020LCP.4660_Nereus.raw.rdf -x PRDX.OUT.s36
contents of ast_spec control file:
4096,
1,
1,
/home/wart/bin/ast_spec_1.25 variables:
DATAIN=VOLT02020LCP.4660_Nereus
RDFOUT_1=VOLT02020LCP.4660_Nereus.raw.1_1.rdf
RDFOUT_2=VOLT02020LCP.4660_Nereus.raw.1_2.rdf
CONTROL=specs_in.dat
Running /home/wart/bin/ast_spec_1.25
/usr/local/bin/jurg2spec -i VOLT02020LCP.4660_Nereus.raw.1.rdf -o VOLT02020LCP.4660_Nereus.raw.rdf -x PRDX.OUT.s36  -p 15 -d 1.0 
Using .data1 as temporary storage for OC data
Using .data2 as temporary storage for SC data
Total hop states:  2
Total OC spectra:  103
Total SC spectra:  103
Processing data...
rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 696 > 

Deal with tsys: earlier I adopted tsys = 20.5 K with the RCP file,
so do that here too.

some of the oc e/m values aren't so great... ~0.3-0.5.  There are quite a few of them.
Also quite a few that are > 0.7.  None are really low.  Forge ahead.  sc e/m values look
similar but might be a bit better.

jsnr1 = 1018, jsnr2 = 1031

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  2.21  4.86  5.42 60.80 83.68 82.25133.02126.86 70.96 14.82  3.78  4.97  0.46  1.56

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  1.96  0.31 10.94 66.54113.89110.98100.10112.81 58.76 14.38  3.90  2.38  1.13  0.92

Looks fine.

noise histograms look good.


Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02020LCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/19   1-oc  17:18:23  00:00:00  17:28:07   0.0   4.16e-05   2.48e-02  1.0e-04  3.1
Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02020LCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/19   1-sc  17:18:23  00:00:00  17:28:07   0.0   4.16e-05   2.49e-02  1.1e-04  3.1 1.00562 1.01162 0.999647


OCxsec = 2.5E-2 km^2   (recall that channels are flipped)
SC/OC  = 1.00 +/- 0.01

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 

January 22, TX LCP
==================

10 runs, solution 36

This is the last one for the Goldstone data...finally!  This has taken a lot of time.

rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 700 > dofft -d 1.0 -p 15 -f 4096 -i VOLT02022LCP.4660_Nereus -o VOLT02022LCP.4660_Nereus.raw.rdf -x PRDX.OUT.s36
contents of ast_spec control file:
4096,
1,
1,
/home/wart/bin/ast_spec_1.25 variables:
DATAIN=VOLT02022LCP.4660_Nereus
RDFOUT_1=VOLT02022LCP.4660_Nereus.raw.1_1.rdf
RDFOUT_2=VOLT02022LCP.4660_Nereus.raw.1_2.rdf
CONTROL=specs_in.dat
Running /home/wart/bin/ast_spec_1.25
/usr/local/bin/jurg2spec -i VOLT02022LCP.4660_Nereus.raw.1.rdf -o VOLT02022LCP.4660_Nereus.raw.rdf -x PRDX.OUT.s36  -p 15 -d 1.0 
Using .data1 as temporary storage for OC data
Using .data2 as temporary storage for SC data
Total hop states:  2
Total OC spectra:  96
Total SC spectra:  96
Processing data...
rhyme:/data/ast1/4660_Nereus/goldstone/proc/cw < 701 > 

Tsys: earlier I adopted 18.8 K --> do it again.

there are a small number of e/m values as low as ~0.4 but most are pretty close 
to one. --> forge ahead.


FFTs = 96

jsnr1 = 1018, jsnr2 = 1031

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  0.87  1.71  3.70  8.44 71.29100.81184.06101.43  7.68  2.95  1.39  3.95  0.94 -0.04

rows  1018  1019  1020  1021  1022  1023  1024  1025  1026  1027  1028  1029  1030  1031
----------------------------------------------------------------------------------------
   1  0.12  2.27  4.75  4.65 95.65146.17155.17 83.93  5.74  3.33  0.87  3.63 -0.10  0.50

Noise histograms: look Gaussian.

Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02022LCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/21   1-oc  17:08:09  00:00:00  17:17:36   0.0   3.52e-05   1.72e-02  7.1e-05  2.0
Target unknown from file /data/ast1/4660_Nereus/goldstone/proc/cw/VOLT02022LCP.4660_Nereus.file.rdf

  #  PR  YY/MM/DD RUN-POL  TXSTART   RCSTART     RCEND  PHASE  KMSQ/SDEV    Radar Cross Section Width  RATIO  HIERR LOERR
  1   1  2002/01/21   1-sc  17:08:09  00:00:00  17:17:36   0.0   3.52e-05   1.78e-02  7.2e-05  2.0 1.03576 1.04172 1.02983

OCxsec = 1.8E-2  (recall that the channels were switched)
SC/OC  = 0.97+/-0.01



--------------------------------------------------------------------

2005 April 26

--------------------------------------------------------------------

660 Nereus Goldstone X-band Cross Sections
===========================================

TX Poln   Date   OCxsec   SC/OC        Looks  mid-epoch
-------   ----   ------   -----        -----  ---------
RCP       Jan 15 2.7E-2   0.99+/-0.01  102    17 39 13
          Jan 18 1.5E-2   0.89+/-0.01  103    17 18 06
          Jan 19 1.3E-2   0.82+/-0.01   97    23 14 06
          Jan 20 2.8E-2   0.96+/-0.01  100    17 02 10
          Jan 23 1.8E-2   0.91+/-0.01   91    17 10 49
          Jan 22 1.8E-2   0.99+/-0.01   97    15 10 30
          Jan 24 5.4E-3   1.04+/-0.03   51    14 48 01
          Jan 25 4.0E-2   0.69+/-0.01   53    16 23 43
          Jan 26 3.7E-2   0.78+/-0.01   55    14 08 07
          Jan 27 3.7E-2   0.91+/-0.01   51    13 48 16
          Jan 29 9.1E-3   0.87+/-0.02  132    14 12 41

LCP       Jan 15 3.3E-2   0.76+/-0.01  121    17 53 03
          Jan 18 1.8E-2   0.87+/-0.01  101    17 33 36
          Jan 19 1.1E-2   0.86+/-0.02   95    23 28 44
          Jan 20 2.5E-2   1.00+/-0.01  103    17 23 14
          Jan 22 1.8E-2   0.97+/-0.01   96    17 12 51
          Jan 23 2.2E-2   0.99+/-0.01   97    15 21 23
          Jan 24 no data
          Jan 25 no data
          Jan 26 no data
          Jan 27 no data
          Jan 29 8.5E-3   0.88+/-0.03  132    14 26 42

Note: the original TX LCP channels were switched
in the rdf files.  Values above have been corrected.

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 






















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