Summary SQM file table

Green Note Book: PDF
Brown Note Book: PDF
Event Log: XLSX
There is a listing of Excel log sheet at the bottom of this page

Table for SQM configuration 1001
SQM cfg# SQMdir SQMfile Investigator Purpose DUT 1A
burn
hours		 3A
burn
hours		 1A
on/off
#		 3A
on/off
#		 Warmup
Time
(mins)
Burn Hours @ time = 0 3.5619 3.1500
1001 2016-02-09 SQM_20160209_001 Carol Johnson Testing DUT_White_Fiducial 0.46528 0.48389 4 2 22.6
1001 2016-02-09 SQM_20160209_002 Carol Johnson Testing DUT_Other 0 0 1 1 -
1001 2016-02-09 SQM_20160209_003 Carol Johnson Testing DUT_White_Fiducial DUT_Other 0.19361 0.24861 2 2 0.4
1001 2016-02-11 SQM_20160211_001 Carol Johnson Software Testing DUT_White_Fiducial 0 0 1 1 -
1001 2016-02-11 SQM_20160211_002 Carol Johnson Software Testing DUT_White_Fiducial 0 0 1 1 -
1001 2016-02-17 SQM_20160217_001 Carol Johnson Testing DUT_Other 0.17806 0.21306 2 2 8.7
1001 2016-12-01 SQM_20161201_001 Carol Johnson Testing DUT_Other 0.28333 0.28333 2 2 5.9
1001 2016-12-02 SQM_20161202_001 Carol Johnson Testing 0.27444 0.27722 2 2 0.8
1001 2016-12-02 SQM_20161202_002 Carol Johnson Testing DUT_White_Fiducial 0.54528 0.57444 2 2 0.2
1001 2016-12-05 SQM_20161205_001 Carol Johnson Testing DUT_Net_CAS_Lu 0 2.1228 1 2 0.2
1001 2016-12-06 SQM_20161206_001 Carol Johnson Testing DUT_Net_CAS_Lu 1.9761 2.0111 2 2 1.1
1001 2016-12-08 SQM_20161208_001 Carol Johnson Testing DUT_Net_CAS_Lu 2.0203 3.2033 3 2 -0.1
1001 2016-12-13 SQM_20161213_001 Carol Johnson Testing DUT_Net_CAS_Lu 2.6019 4.2586 3 2 1.6
1001 2016-12-14 SQM_20161214_001 Carol Johnson Testing DUT_White_Fiducial DUT_Net_CAS_Lu 1.1361 1.1244 3 2 373.4
1001 2016-12-15 SQM_20161215_001 Carol Johnson Testing DUT_White_Fiducial DUT_Net_CAS_Lu 0.90806 0.57222 3 2 289.7
1001 2016-12-16 SQM_20161216_001 Carol Johnson Testing DUT_White_Fiducial DUT_Net_CAS_Lu 1.5244 0.81472 3 2 2.4
1001 2016-12-23 SQM_20161223_001 Carol Johnson Testing DUT_White_Fiducial DUT_Net_CAS_Lu 1.4892 0.79139 4 2 8.3
1001 2017-01-19 SQM_20170119_001 Carol Johnson Stability Measurement DUT_White_Fiducial DUT_Net_CAS_Lu DUT_VXR 1.67 0.75889 2 2 2.3
1001 2017-01-27 SQM_20170127_001 Carol Johnson Stability Measurement DUT_White_Fiducial DUT_Net_CAS_Lu DUT_VXR 1.2058 0.365 2 2 370.6
1001 2017-03-21 SQM_20170321_001 Carol Johnson Stability Measurement DUT_White_Fiducial DUT_Net_CAS_Lu DUT_VXR 1.1781 0.555 2 2 147.0
1001 2017-03-22 SQM_20170322_002 Carol Johnson Stability Measurement DUT_White_Fiducial DUT_Net_CAS_Lu DUT_VXR 1.9769 1.6964 3 2 0.1
1001 2017-04-07 SQM_20170407_001 Carol Johnson Stability Measurement DUT_White_Fiducial DUT_Net_CAS_Lu 0.9375 0.70361 2 2 1.0
1001 2017-05-01 SQM_20170501_001 Carol Johnson Stability Measurement DUT_White_Fiducial DUT_Net_CAS_Lu 1.2936 0.54583 2 2 1.9
1001 2017-05-08 SQM_20170508_001 Carol Johnson Stability Measurement DUT_White_Fiducial DUT_Net_CAS_Lu DUT_VXR 0.77944 0.54028 2 2 1.5
1001 2017-06-06 SQM_20170606_001 Carol Johnson Stability Measurement DUT_White_Fiducial DUT_Net_CAS_Lu DUT_VXR 1.4689 1.5039 2 2 2.7
1001 2017-07-14 SQM_20170714_001 Carol Johnson Stability Measurement DUT_White_Fiducial DUT_Net_CAS_Lu DUT_VXR 2.1581 1.8631 4 2 83.7
1001 2017-09-14 SQM_20170914_001 Carol Johnson Stability Measurement DUT_White_Fiducial DUT_Net_CAS_Lu DUT_VXR 0.6775 1.6178 2 2 3.2
1001 2017-09-25 SQM_20170925_001 Carol Johnson Stability Measurement DUT_White_Fiducial DUT_Net_CAS_Lu DUT_VXR DUT_SEI 2.3014 1.8922 3 2 72.3
1001 2017-09-29 SQM_20170929_001 Carol Johnson Stability Measurement File Marked -> Do not Process 0 1.75 0 0 -3.4
1001 2017-10-06 SQM_20171006_001 Carol Johnson Stability Measurement DUT_White_Fiducial DUT_Net_CAS_Lu DUT_VXR DUT_SEI 2.8411 2.9872 3 2 0.8
1001 2017-10-13 SQM_20171013_002 Carol Johnson Stability Measurement DUT_White_Fiducial DUT_Net_CAS_Lu DUT_VXR DUT_SEI 0.75056 0.70944 2 2 43.4
1001 2017-10-20 SQM_20171020_009 Carol Johnson Stability Measurement DUT_White_Fiducial DUT_Black_Fiducial DUT_Net_CAS_Lu DUT_VXR DUT_SEI 0.61611 0.73 2 2 262.4
1001 2017-10-27 SQM_20171027_001 Carol Johnson Stability Measurement DUT_White_Fiducial DUT_Black_Fiducial DUT_Net_CAS_Lu DUT_VXR DUT_SEI 0.68333 0.81167 2 2 357.2
1001 2017-11-03 SQM_20171103_001 Carol Johnson Stability Measurement DUT_White_Fiducial DUT_Black_Fiducial DUT_Net_CAS_Lu DUT_VXR DUT_SEI 0.72722 0.71861 2 2 20.5
1001 2017-11-17 SQM_20171117_001 Carol Johnson Stability Measurement DUT_White_Fiducial DUT_Black_Fiducial DUT_Net_CAS_Lu DUT_VXR DUT_SEI 0.73 0.98111 2 2 19.4
1001 2017-11-20 SQM_20171120_001 Carol Johnson Stability Measurement DUT_White_Fiducial DUT_Black_Fiducial DUT_Net_CAS_Lu 1.0833 0.49639 2 2 13.9
1001 2017-12-05 SQM_20171205_001 Ken Voss Stability Measurement DUT_White_Fiducial DUT_Black_Fiducial DUT_Net_CAS_Lu 0.69194 0.65111 3 2 10.4
1001 2017-12-05 SQM_20171205_002 Ken Voss Stability Measurement DUT_White_Fiducial DUT_Black_Fiducial DUT_Net_CAS_Lu 0.48472 0.44389 2 2 0.5
1001 2017-12-06 SQM_20171206_002 Ken Voss Stability Measurement DUT_White_Fiducial DUT_Black_Fiducial DUT_Net_CAS_Lu 0.48472 0.35611 2 2 0.3
1001 2017-12-06 SQM_20171206_003 Ken Voss Stability Measurement DUT_White_Fiducial DUT_Black_Fiducial DUT_Net_CAS_Lu 0.79139 1.1242 2 2 0.9
1001 2017-12-07 SQM_20171207_001 Ken Voss Stability Measurement DUT_White_Fiducial DUT_Black_Fiducial DUT_Net_CAS_Lu DUT_VXR 0.47889 0.55778 2 2 -0.2
1001 2018-01-17 SQM_20180117_001 Carol Johnson Stability Measurement DUT_White_Fiducial DUT_Black_Fiducial DUT_Net_CAS_Lu DUT_VXR 0.54611 0.68639 2 2 0.6
1001 2018-05-29 SQM_20180529_001 Carol Johnson Stability Measurement DUT_White_Fiducial DUT_Black_Fiducial DUT_Net_CAS_Lu DUT_VXR DUT_SEI 0.9375 1.0394 2 2 2.7
1001 2018-06-26 SQM_20180626_001 Carol Johnson Stability Measurement DUT_White_Fiducial DUT_Black_Fiducial DUT_Net_CAS_Lu DUT_VXR DUT_SEI 0.95472 1.0747 2 2 229.2
1001 2018-07-11 SQM_20180711_001 Carol Johnson Stability Measurement DUT_White_Fiducial DUT_Black_Fiducial DUT_Net_CAS_Lu DUT_VXR DUT_SEI 0.68333 0.85556 2 2 0.9
1001 2018-07-20 SQM_20180720_001 Carol Johnson Stability Measurement DUT_White_Fiducial DUT_Black_Fiducial DUT_Net_CAS_Lu DUT_VXR DUT_SEI 0.99 1.1389 2 2 6.1
1001 2018-07-26 SQM_20180726_001 Carol Johnson Stability Measurement DUT_White_Fiducial DUT_Black_Fiducial DUT_Net_CAS_Lu DUT_VXR DUT_SEI 0.835 0.86139 2 2 1.2
1001 2018-08-02 SQM_20180802_001 Carol Johnson Stability Measurement DUT_White_Fiducial DUT_Black_Fiducial DUT_Net_CAS_Lu DUT_VXR DUT_SEI 0.73861 0.86444 2 2 337.8
File Burn Hours 45.2919 47.8594
Total Burn Hours 48.8539 51.0094

Other links: Collated SQM graphs

SQM Excel Log Sheet
Date/Time UTC Description
22-May-2015 SQM arrived at NIST
07-Jul-2015 tests of UV transparancy begun
14-Jul-2015 tests of UV transparency ended
28-Jul-2015 logging tests with YES software
16-Sep-2015 16:00:00 blew out the fan filter pieces and dust from inside the SQM
23-Sep-2015 testing Tom's program that mimics YES program, testing continued
25-Sep-2015 testing Tom's program that mimics YES program, testing finished
01-Dec-2015 tests to identify and confirm PD filters (SQM not operated)
02-Dec-2015 setup to test digital camera (SQM not operated)
03-Dec-2015 SQM in LO, use ditital camera to measure uniformity of quartz and diffusil -- first SQMfile in new DAQ system
16-Dec-2015 install the new quartz window GM01 & quartz diffuser GM02; looked for dust inside light chamber
09-Feb-2016 insert 8-32 set screws into the three through tapped holes in the SQM adaptor flange (had been covered with black electrical tape)
09-Feb-2016 17:53:22 New Version 2 program. Add EarlyBurnHours to this date and all going forward. cover the front of the white fidicual to eliminate transparency; testing of levels for general operation
11-Feb-2016 run overnight to test new DAQ software
17-Feb-2016 mock up the new radiance head design and test to be sure SQM detectors won't saturate
01-Mar-2016 sealed 8-32 set screws with Loctite
04-Apr-2016 12:50:00 Ran version 2 overnight with simulated data; data file not included in archive, no logsheet
01-Dec-2016 20:25:00 The SQM program was run incorrectly, so no data file was saved. The file that exists is a dummy file meant to account for lamp burn hours.
01-Dec-2016 21:00:00 Cleaned the white fidicual with ethyl alcohol followed by distilled water.
02-Dec-2016 14:56:00 Test to set the gains for the radiometers I will use with the SQM when it was on HI. Also, this is where I relearned that the White Fiducial saturates the internal detectors on HI. The only level we can use the White Fidicual to check the SQM monitor stability is LO.
05-Dec-2016 20:04:00 This is the first time the MOBY CAS with its Lu Head was looking at the SQM. It is not installed in the adaptor plate, but aligned on the moving table.
06-Dec-2016 20:26:00 I did not like the alignment of the MOBY head to CAS on Dec 5. I redid it by scanning the SQM in y, result was y = 41.51mm (not 40mm from laser alignment or 42 by eye). Note page 2 of these logs is not SQM so I did not scan it.
06-Dec-2016 The handwritten data for the y scan is in the brown notebook MOBY NET 2 page 18; it is the max DN with the MOBY CAS at each y position. I fit it to a quadratic.
08-Dec-2016 18:48:00 SQM logsheet pages 1 to 4 were not the SQM so I did not scan them. On Dec 7, I completely redid the spreadsheet that calculates the x and y positions for the CAS to view the various sources on the source bench. I am much happier with trusting the alignment from using the pairs of lasers and the spreadsheet. So this is the first “good” SQM time series file with the MOBY CAS Lu Head mounted in front of the SQM. It is 20cm from the flange separation point (see brown notebook MOBY NET NB2 page 15 – 16)
13-Dec-2016 14:20:00 SQM run from cold start (e.g. AC off) to STBY (heaters on) then quasi immediately LO to MED to HI.
14-Dec-2016 13:43:00 SQM run from warm start (e.g. AC on, then turn to STBY which turns on the heaters, then wait several hours, then LO, MED, HI).  Note when I put up the ambient disk to get CAS ambient levels, this changes the SQM internal monitor photodiodes. Today, I waited 30 min between SQM levels for the CAS measurements.
15-Dec-2016 14:57:00 I used a different protocol today. The SQM logging software has buttons that turn red, yellow, green depending on the value of the standard deviation of the last N points. I decided to set a window of N = 24, not N = 60. At the 10 sec delay interval, this is about 4 min. The green is 0.1% for the std/mean. This was a warm start test.
16-Dec-2016 13:38:00 Repeat of LO to MED to HI from the cold start. The protocol for finding when to take CAS data was either 30 min or when std/mean in the last 24 samples was <0.1% for all three monitor photodiodes. It was noted that the broadband PD decreases during the warmup interval and stabilized after about 25 min.
23-Dec-2016 17:22:00 LO, MED, HI, MED, LO from cold start. Here, I took some White Fiducial data on LO. This should be part of the regular protocol.
19-Jan-2017 18:21:00 cold start, LO, HI; VXR used on HI
27-Jan-2017 14:01:00 warm start, LO, HI; VXR used on LO
21-Mar-2017 17:31:00 warm start, LO, HI; VXR used on both, CAS is on big table
22-Mar-2017 13:29:00 cold start, LO, MED, HI, with VXR; CAS Lu head put in and out of SQM
07-Apr-2017 19:35:00 cold start, LO, HI, MED, CAS Lu head in SQM
01-May-2017 18:57:00 cold start, LO, HI, MED, CAS Lu head in SQM
08-May-2017 22:30:00 cold start, LO, MED, with VXR; CAS Lu head in and out of SQM
06-Jun-2017 19:27:00 cold start, HI, with VXR, 2065 filter, CAS Lu in and out of SQM w/ and w/o temporary UltraPol; noticed iris was loose (when??) and reset it to just greater than the fiber core
14-Jul-2017 15:31:00 warm start, LO, MED, HI, MED, LO; first set with VXR and CAS Lu on table, second set with CAS Lu in SQM
14-Sep-2017 17:36:00 cold start, MED, LO; CAS Lu on table; moved x & y 2mm on MED; w/ VXR
25-Sep-2017 16:20:00 warm start, LO, MED, HI; checked alignment and raised 1.7 mm at start; w/ VXR and SEI; moved x & y 10mm; tested for reflections from SQM flange
29-Sep-2017 15:37:00 warm start, HI; SQM data file is Simulated data; with CAS Lu and SEI; both heads rotated about vertical to test for NIR issue
10-Oct-2017 15:35:00 cold start, LO, MED, HI, with VXR; SEI, CAS head in and out of SQM; additional testing
13-Oct-2017 18:11:00 warm start, LO, MED, CAS in SQM (only); with VXR and SEI
20-Oct-2017 14:25:00 warm start, LO, MED, CAS in SQM (only); with VXR and SEI
27-Oct-2017 12:58:30 warm start, LO, MED, CAS in SQM (only); with VXR and SEI
03-Nov-2017 18:32:00 cold start, LO, MED, CAS in SQM (only); with VXR, SEI, White and Black fiducal
11-Nov-2017 14:55:00 cold start, LO, MED, CAS in SQM (only); with VXR, SEI, White and Black fiducal
20-Nov-2017 19:14:00 RSL test after Aaron Young tightened the locking cams on the Lu radiance head, WF, Lu CAS, BF
27-Nov-2017 18:00:00 SQM packed for shipment to Miami
29-Nov-2017 18:00:00 SQM arrived in Miami
05-Dec-2017 13:50:00 start experiments
05-Dec-2017 14:36:00 cold start, LO, MED, U Miami, w 2065 filter, Lu CAS
05-Dec-2017 20:40:00 cold start, LO, MED, U Miami, Lu CAS
06-Dec-2017 15:40:00 cold start, LO, MED, U Miami, Lu CAS, OUTDOORS in Shade
06-Dec-2017 18:27:00 cold start, LO, MED, U Miami, Lu CAS, back INDOORS
07-Dec-2017 18:11:00 cold start, LO, MED, U Miami, Lu CAS, VXR (on tripod)
08-Dec-2017 14:00:00 SQM packed for shipment to NIST
02-Jan-2018 14:00:00 SQM picked up in Miami
05-Jan-2018 15:00:00 SQM arrived NIST S/R
09-Jan-2018 18:00:00 SQM unpacked at NIST, back on bench
17-Jan-2018 17:52:00 cold start, RSL, LO, MED, Lu CAS, VXR, WF, BF
29-May-2018 12:20:00 cold start, RSL, LO, MED, Lu CAS, VXR, SEI, WF, BF
26-Jun-2018 13:20:00 warm start, RSL, LO, MED, Lu CAS, VXR, SEI, WF, BF
11-Jul-2018 14:51:20 cold start, RSL, LO, MED, Lu CAS, VXR, SEI, WF, BF
20-Jul-2018 13:38:00 cold start, RSL, LO, MED, Lu CAS, VXR, SEI, WF, BF
26-Jul-2018 16:44:00 cold start, RSL, LO, MED, Lu CAS, VXR, SEI, WF, BF
02-Aug-2018 12:45:00 warm start, RSL, LO, MED, Lu CAS, VXR, SEI, WF, BF
pwd: E:\zflora\mldata\mobynet\characterizations\stability\SQM\data
Date: 18-Oct-2018 15:43:39
Created from htmlsqmmat_(4)