| ID |
Date |
Author |
Type |
Category |
Subject |
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409
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Tue Aug 15 16:43:58 2017 |
Zach | Electronics | Modeling | Unchanged Mode Insight |
2017-08-15
- It appears to me that the major factor limiting the improvement of the modes that either remain equal or diminish is that the original design was already quite good at exciting those modes. As can be seen in the attached plots, the original design is about as well centered over the 5 modes as a rectangle on the x axis can be. As a result, maintaing a constant potential on the ESD it would be difficult to improve the coupled force without specifically tailoring the force profile to a certain mode.
- In order from left to right, the frequencies of the given modes are 14.2 kHz, 16.2 kHz, 16.3 kHz, 23.8 kHz, and 27.4 kHz.
  
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| Attachment 1: Double.pdf
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| Attachment 2: Thin.pdf
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| Attachment 3: Original.pdf
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411
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Wed Aug 16 10:04:24 2017 |
Zach | Electronics | Modeling | ESD along edge |
2017-08-16
- I placed created a very narrow ESD placed along the edge of the sample. The thought behind this is that it will not cross over into any other modes that will cancel out the force. However, it does not appear to couple force into enough of the area of the disk to cause a worthwhile improvement, as can be seen in the plot, more modes lost amplitude than gained and some were worse by as much as a factor of 1000.
 
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| Attachment 2: overlay15.jpg
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412
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Wed Aug 16 11:36:13 2017 |
Zach | Electronics | Modeling | Middle ESD |
2017-08-16
- I created a model with a drive offset in the middle. It improved one of the modes by a factor of 14 or so, but overall, it diminished the vast majority of the modes by as much as a factor of 100.
 
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| Attachment 2: overlay23.jpg
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414
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Wed Aug 16 16:05:09 2017 |
Zach | Electronics | Modeling | Two ESD First test |
2017-08-16
- I created a model with two ESD's, essentially a combination of my previous two attempts with one ESD on the edge and one closer to the center of the disk. This test was quite successful compared to previous trials, the improvement seems to be on an average of a factor of 10. No modes are weakened by this design. I am going to run a sweep adjusting the central ESD and see what placement is best.
- Attached is an overlay of the force profile and all of the modes. Note that this image is very large, and is useful as a digital reference or very large print only.
  
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415
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Thu Aug 17 14:19:04 2017 |
Zach | Electronics | Modeling | Two ESD Optimization |
2017-08-17
- I ran a sweep of the position of the middle ESD to determine the optimal arrangement. From the original geometry I offset the central ESD between -2 mm and 11 mm. From the plots below I conclude that the optimal geometry is the one that is shifted 2 mm to the right of the original design.
- The first plot is the sweep data as a ratio to the data of the current geometry for all modes. The second plot is the root mean square of the eight high frequency modes that change the most over the course of the sweep, those are modes 9, 11, 13, 14, and 17-20. The frequencies of those modes in order are 9.5kHz, 11 kHz, 14 kHz, 16 kHz, 19 kHz, 20 kHz, 21 kHz, and 23 kHz. There is a very apparent peak at 2 mm which is the driving force behind my conclusion that it is the optimal design. The next two plots are the 2mm shifted design and the original design as ratios to the original geometry. The 2mm shifted geometry is much more consistent than the original design, there is a very noticeable minimum in the original design (improvement by a factor of 2) for the 23 kHz mode that is resolved in the shifted design to a factor of 9.
- The final plot are ratios of the two designs relative to each other. I found this plot useful to convince myself that the 2 mm shifted design was better than the original, particularly in the region above 1.5 kHz.
    
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| Attachment 1: Two.jpg
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| Attachment 2: Two.jpg
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| Attachment 3: RMS.jpg
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| Attachment 4: 2mm_shifted.jpg
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| Attachment 5: Sweep_Ratio.jpg
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| Attachment 6: Dynamic_Modes.jpg
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| Attachment 7: Sweep_Ratio.jpg
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| Attachment 8: Comparing.jpg
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| Attachment 9: 0mm_shifted.jpg
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| Attachment 10: Comparing.jpg
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| Attachment 11: 0mm_shifted.jpg
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| Attachment 13: 2.Dynamic_Modes.jpg
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416
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Thu Aug 17 23:34:51 2017 |
Zach | Electronics | Modeling | Optimized ESD Drawing |
2017-08-17
- I made a drawing of the Optimal ESD design. The bottom combs (right hand in the rotated image) are set to ground and the 5 arm comb is set to a positive voltage and the 2 arm comb is set to a negative voltage.
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| Attachment 1: OptimizedESD.pdf
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417
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Fri Aug 18 10:50:53 2017 |
Zach | Electronics | Modeling | ESD's with positive voltage |
2017-08-18
- With both electrodes driven at a positive voltage, the results are still an improvement over the original design, but by smaller factors, particularly in 3 of the higher frequency modes at around 2 and 3 kHz. With another parametric sweep I may be able to find a better design. The opposite voltage was useful because it could couple force in opposite directions to adjacent anti-nodes with opposing signs. An adjusted configuration could probably be found to interact with anti nodes with the same signs. An alternative option would be to leave the radial position of the more central ESD constant but rotate it relative to the sample by some amount, though this would also require an additional parametric sweep as well as a much larger ESD.
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419
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Fri Aug 18 14:15:47 2017 |
Zach | Electronics | Modeling | Same Voltage ESD Sweep |
2017-08-18
- I ran a sweep of the central position in the two ESD setup with both set at the same voltage. There were two designs that maximized excitation by different metrics, the design with a 3 mm shift from the original design maximized excitation overall, but the 20 kHz mode was worse by a bout a factor of 5. The design with a -2 mm shift maximized the high frequency modes, particularly the modes most affected by the shift.
- MATLAB crashed shortly after the sweep so I will have to recreate the RMS plots of the dynamic modes later.
  
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| Attachment 1: two_positive_ratio_sweep.pdf
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| Attachment 2: -2mm_two_positive.jpg
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420
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Fri Aug 18 15:10:23 2017 |
Zach, Gabriele | Electronics | Modeling | ESD prototype |
2017-08-18
- We created a prototype of PCB for the ESD design. Unfortunately the orientation of the two combs was flipped, so it will require some creative mounting to get right. The final design had a 6 mm offset between the two combs, .5 mm traces and 1 mm gaps between them The vertical traces are 12 mm long and there is a 3.75 mm gap between the end of the vertical traces and the opposite horizontal one. The ESD will arrive on Tuesday to be installed Wednesday and we will see how the new design works out.
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| Attachment 1: Crime_ESD_Zach_prototype.pdf
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130
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Tue Sep 27 15:10:59 2016 |
Gabriele | General | Measurements | Ring-down of etched disk |
Quiet (roughing pump off, lights off): 60 seconds from
PDT: 2016-09-27 15:05:30.805667 PDT
UTC: 2016-09-27 22:05:30.805667 UTC
GPS: 1159049147.805667
Follows excitation and ring-down with QPD autocentering (10 seconds interval). Centering is good starting 215 seconds after the time above.
There is a drift in X, corrected by the picomotor.
The spectrum of both QPD normalized signals looks quite bad. Maybe there's some scattered light issue. |
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134
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Tue Oct 18 16:29:37 2016 |
Gabriele | General | Measurements | S1600433 |
S1600433, annealing run 10/10/2016
Installation
- Installed in the measurement system, chamber closed
- pump down started at 4:27pm LT
- turbo pump started at 4:38pm
- manually recentered the QPD at 4:39pm
- HV amplifer turned on at 4:41pm.
NOTE: initally I opened the roughing pump valve just a bit, to avoid shaking the disk too much. The reflected beam was moving quite a lot, but after the pressure went below roughly 1/3 atm there was no visible motion anymore and I opened up the valve completely.
Attached a trend of the QPD signals during the pump down. The time of incresed noise was at the beginning of the pump down.
Measurements
2016-10-18
At 8:10pm, used the autocenter.py script to fine center the QPD. Cleaned the script log and started it again after the excitation.
Used the GUI to excite (amplitude 2000 V, duration 20s) and measure the ring downs at about 8:18pm. Results saved in ~/Measurements/S16004123/2016_10_18/ringdown_8pm_*
Clean reference time: 1160882205 + 30 s
Start of ringdown: 1160882395
The automated procedure did not identify many modes, I'll look at the result offline tomorrow.
Ringdown analyzed offline using the attached MATLAB script (ringdown_rawdata_2016_10_18.m). Some plots with the results:
 
The following plot shows the Q values, all quite low:
% Freq Q
1111.8 3.4136e+06
2223.5 3.4789e+06
2550.2 1.9117e+06
2592.8 5.2546e+05
4442.2 1.3452e+06
6778.0 1.1197e+06
6789.2 5.4743e+06
6858.5 7.3921e+05
9548.2 7.9478e+05
10233.4 3.3426e+06
14209.2 3.6032e+06
16132.8 3.1556e+06
21414.5 4.9099e+06
27209.0 3.0791e+06
29136.6 5.4256e+06
2016-10-19
- Stopped autocentering at 7:45am
- Excitation at 7:50am, ampltiude 1500 V, duration 30 s
- Autocentering on right after the excitation
- Measurement running, results saved in ~/Measurements/S16004123/2016_10_19/ringdown_8am_*
Ringdown analyzed offline using the attached MATLAB script (ringdown_rawdata_2016_10_19.m). Some plots with the results:
 
The following plot shows the Q values, all quite low:
% Freq Q
1111.8 3.4159e+06
2550.2 1.9062e+06
2592.9 5.7773e+05
4442.3 1.3729e+06
6778.1 1.1435e+06
6789.5 5.8159e+06
6858.7 7.5672e+05
9548.4 8.9519e+05
10233.6 1.4926e+06
12744.3 7.9721e+05
14209.5 3.7492e+06
16123.8 1.0493e+06
16133.1 3.7737e+06
18686.6 1.7828e+06
21414.9 4.6938e+06
27209.6 3.5298e+06
29137.3 5.5508e+06
32020.0 1.8031e+06
2016-10-19
- Excitation at 11:04am, ampltiude 2000 V, duration 30 s
- Autocentering on during and after the excitation
- Measurement running, results saved in ~/Measurements/S16004123/2016_10_19b/ringdown_11am_*
- At 11:42am stopped the turbo pump
Ringdown analyzed offline using the attached MATLAB script (ringdown_rawdata_2016_10_19b.m). Some plots with the results:
 
The following plot shows the Q values, all quite low. Error bars are 95% confidence level from the fit.
% Freq Q Qlow (C.I. 95%) Qhi (C.I. 95%)
1111.7 3.4733e+06 3.4663e+06 3.4804e+06
2550.2 1.9189e+06 1.9141e+06 1.9238e+06
4442.2 1.3786e+06 1.3780e+06 1.3791e+06
4513.2 2.1947e+05 2.1809e+05 2.2087e+05
6778.1 1.1472e+06 1.1464e+06 1.1480e+06
6789.4 5.4143e+06 5.4015e+06 5.4272e+06
6858.7 7.9172e+05 7.8822e+05 7.9525e+05
9548.6 8.9155e+05 8.9070e+05 8.9240e+05
10233.8 1.4482e+06 1.4315e+06 1.4653e+06
12744.6 7.9081e+05 7.8886e+05 7.9276e+05
14209.6 3.7604e+06 3.7566e+06 3.7643e+06
16124.0 1.0353e+06 1.0331e+06 1.0374e+06
16133.3 3.8920e+06 3.8822e+06 3.9019e+06
16369.5 6.7332e+05 6.4937e+05 6.9910e+05
18687.0 2.0033e+06 1.9663e+06 2.0417e+06
20301.5 3.5757e+05 3.4389e+05 3.7239e+05
20366.0 5.7647e+05 5.6413e+05 5.8936e+05
23792.6 2.8356e+05 2.7808e+05 2.8927e+05
24798.0 4.9861e+05 4.9135e+05 5.0610e+05
27209.9 3.5452e+06 3.5176e+06 3.5732e+06
28945.0 1.3041e+06 1.2593e+06 1.3522e+06
29053.6 9.7020e+05 9.4791e+05 9.9356e+05
29137.7 5.4244e+06 5.3788e+06 5.4708e+06
31134.5 5.7329e+05 5.5971e+05 5.8754e+05
32019.6 1.9805e+06 1.9167e+06 2.0487e+06 |
| Attachment 15: ringdown_rawdata_2016_10_18.m
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%% Parameters
prefix = '2016_10_18'; % name of the folder where result will be saved
gps0 = 1160882205; % GPS time of clean data before excitation
gps1 = 1160882395; % GPS time right after excitation
dt = 30; % how much data to be used to search peaks
minsnr = 6; % minimum peak SNR
minfr = 1000; % minimum peak frequency
Dt = 3600; % total amount of time for the ringdown measurement
... 273 more lines ...
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| Attachment 16: ringdown_rawdata_2016_10_19.m
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%% Parameters
prefix = '2016_10_19'; % name of the folder where result will be saved
gps0 = 1160923727; % GPS time of clean data before excitation
gps1 = 1160923832; % GPS time right after excitation
dt = 30; % how much data to be used to search peaks
minsnr = 2; % minimum peak SNR
minfr = 1000; % minimum peak frequency
Dt = 3600; % total amount of time for the ringdown measurement
... 275 more lines ...
|
| Attachment 17: ringdown_rawdata_2016_10_19b.m
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%% Parameters
prefix = '2016_10_19b'; % name of the folder where result will be saved
gps0 = 1160935440; % GPS time of clean data before excitation
gps1 = 1160935526; % GPS time right after excitation
dt = 30; % how much data to be used to search peaks
minsnr = 5; % minimum peak SNR
minfr = 1000; % minimum peak frequency
Dt = 3600; % total amount of time for the ringdown measurement
... 276 more lines ...
|
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135
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Tue Oct 18 16:52:16 2016 |
Gabriele | General | Measurements | Sample inspections from annealing run 10/10/2016 |
LIGO-T1600466
- S1600432 shows some residual on face, close to the edge, probably from first contact
- S1600433 looks ok
- S1600434 shows a small residual on the face, the edge, probably from first contact, and a back spot, probably a residual of the contamination
- S1600435 shows a large halo on the face, like what you get when solvents dry on the surface leaving some traces
- S1600436 has some red residual on the edge, likely first contact
- S1600437 the surface looks ok but the edge has a clear reddish color
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136
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Wed Oct 19 13:35:23 2016 |
Gabriele | General | Measurements | S1600438 |
S1600438, not annealed, as received from Mark Optics
Installation
- Turbo pump switched off at 11:42am (2016-10-19)
- Turbo pumpo stopped (finally) at 1:11pm
- Chamber vented and opened at 1:13pm
- Sample installed and balanced at 1:18pm
- Chamber closed, roughing pump on at 1:20pm, turbo pump on at 1:35pm
- At 2:40pm pressure is about 2e-6 Torr
- Excited at 2:54pm, results are being saved in ~/Measurements/S1600438/2016_10_19/ringdown_3pm_*
- Roughing pump off at 3:57pm, turbo pump switched off
- at 4:27pm the pump spins at 120 Hz, opening the venting valve slowly, the turbo pump went down to 0 Hz in a couple of minutes
- at 4:35pm the sample was removed
Clean data: 1160949234 + 30s
Right after excitation: 1160949284 + 30s
 
Data have been analyzed with the attached MATLAB script ringdown_rawdata_2016_10_19.m
Results are shown below:
% Freq Q Qlow (C.I. 95%) Qhi (C.I. 95%)
1114.5 8.6842e+06 8.6163e+06 8.7530e+06
2600.0 1.5373e+06 1.5354e+06 1.5392e+06
4454.9 4.4458e+06 4.4439e+06 4.4476e+06
4526.4 3.1306e+05 3.1197e+05 3.1416e+05
6797.6 3.5778e+06 3.5758e+06 3.5799e+06
6809.8 9.1530e+06 9.1447e+06 9.1614e+06
6878.6 1.3829e+06 1.3784e+06 1.3873e+06
9576.6 3.0186e+06 3.0135e+06 3.0237e+06
10264.5 8.1674e+06 8.1534e+06 8.1815e+06
12782.6 2.5469e+06 2.5399e+06 2.5539e+06
14251.6 7.8253e+06 7.7982e+06 7.8525e+06
16171.7 3.3591e+06 3.3541e+06 3.3641e+06
16181.9 7.9905e+06 7.9842e+06 7.9969e+06
18743.0 5.4436e+06 5.3455e+06 5.5453e+06
20427.0 1.6445e+06 1.6275e+06 1.6618e+06
21479.0 3.0290e+06 2.9492e+06 3.1132e+06
21778.0 3.2835e+06 3.1820e+06 3.3918e+06
23700.5 3.6209e+06 3.5827e+06 3.6598e+06
27289.6 7.7802e+06 7.7398e+06 7.8211e+06
29031.4 4.5482e+06 4.5277e+06 4.5688e+06
29140.5 3.2060e+06 3.1774e+06 3.2352e+06
29225.4 8.4552e+06 8.3776e+06 8.5342e+06
29736.5 1.3035e+06 1.2968e+06 1.3103e+06
29786.7 1.7871e+06 1.7611e+06 1.8139e+06
31031.2 2.1918e+06 2.1512e+06 2.2338e+06
31920.7 6.5775e+06 6.5404e+06 6.6151e+06
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| Attachment 5: ringdown_rawdata_2016_10_19.m
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%% Parameters
prefix = '2016_10_19'; % name of the folder where result will be saved
gps0 = 1160949234; % GPS time of clean data before excitation
gps1 = 1160949284; % GPS time right after excitation
dt = 30; % how much data to be used to search peaks
minsnr = 6; % minimum peak SNR
minfr = 1000; % minimum peak frequency
Dt = 3600; % total amount of time for the ringdown measurement
... 274 more lines ...
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137
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Wed Oct 19 16:40:24 2016 |
sults: | General | Measurements | S1600349 |
S1600439, not annealed, as received from Mark Optics
Installation
- installed and balanced, pump down started at 4:38pm (roughing pump), turbo started at 4:51pm
- removed from the chamber on 10/20 at about 11:00am
Measurements
2016_10_19
- QPD centered at 9:25pm, excited (2000 V, 10 s) at 9:27pm, measurement ongoing.
The spectrum was noise than usual due to the roughing pump. I already found out in the past that I can reduce the noise by tweaking the position of the pump. This time however I wasn't successful.
 
Here are the results:
% Freq Q Qlow (C.I. 95%) Qhi (C.I. 95%)
1111.5 6.0958e+06 6.0641e+06 6.1279e+06
2549.6 3.6416e+06 3.6305e+06 3.6528e+06
4441.7 2.6916e+06 2.6879e+06 2.6953e+06
4512.9 2.1090e+05 2.0993e+05 2.1188e+05
6777.5 1.1797e+06 1.1790e+06 1.1803e+06
6790.9 3.8621e+06 3.8540e+06 3.8701e+06
6858.4 1.2434e+06 1.2295e+06 1.2577e+06
9548.0 1.2177e+05 1.1878e+05 1.2491e+05
10234.6 3.9934e+05 3.9351e+05 4.0535e+05
10399.0 2.8135e+05 2.7455e+05 2.8849e+05
12744.2 1.3145e+06 1.3115e+06 1.3174e+06
14211.3 3.8414e+06 3.8136e+06 3.8696e+06
16123.3 2.0276e+06 2.0181e+06 2.0372e+06
16135.8 5.2811e+06 5.2770e+06 5.2852e+06
16370.0 1.4976e+06 1.4922e+06 1.5031e+06
18689.3 4.2954e+06 4.2738e+06 4.3172e+06
23632.0 2.2796e+06 2.2528e+06 2.3070e+06
24797.4 8.7545e+05 8.5819e+05 8.9341e+05
27214.5 1.2566e+06 1.2374e+06 1.2764e+06
28947.5 1.7367e+06 1.7130e+06 1.7611e+06
29144.0 3.2148e+06 3.1213e+06 3.3142e+06
2016_10_20
- Roughing pump was creating too much noise, switched it off at 8:30am
- Excitation at 8:35am (2000 V, 30 s)
Here are the results:
 
And the measured Q values:
% Freq Q Qlow (C.I. 95%) Qhi (C.I. 95%)
1111.4 6.2206e+06 6.2061e+06 6.2351e+06
2549.6 4.1538e+06 4.1498e+06 4.1579e+06
2592.9 1.0952e+06 1.0887e+06 1.1017e+06
4441.7 2.8521e+06 2.8513e+06 2.8529e+06
4513.0 2.0592e+05 2.0455e+05 2.0730e+05
6777.5 1.1013e+06 1.1006e+06 1.1020e+06
6790.9 3.9913e+06 3.9879e+06 3.9947e+06
6858.2 1.3100e+06 1.3078e+06 1.3122e+06
9547.8 1.2492e+06 1.2469e+06 1.2514e+06
10234.7 3.4336e+06 3.4209e+06 3.4463e+06
10398.7 4.3217e+05 3.2860e+05 6.3104e+05
12744.2 4.5274e+05 4.5177e+05 4.5371e+05
14211.3 2.0254e+06 2.0081e+06 2.0430e+06
16123.0 2.1225e+06 2.1173e+06 2.1276e+06
16135.8 4.6547e+06 4.6529e+06 4.6564e+06
16370.3 1.4781e+06 1.4762e+06 1.4800e+06
18689.2 4.5978e+06 4.5891e+06 4.6064e+06
20299.5 4.1859e+05 4.1375e+05 4.2353e+05
20364.6 1.1099e+06 1.0630e+06 1.1612e+06
21418.2 4.5814e+06 4.5718e+06 4.5911e+06
23631.9 2.8907e+06 2.8700e+06 2.9116e+06
24797.4 1.1241e+06 1.1121e+06 1.1363e+06
27214.5 2.1015e+06 2.0752e+06 2.1285e+06
28947.3 2.1285e+06 2.1162e+06 2.1410e+06
29054.7 1.4873e+06 1.4631e+06 1.5124e+06
29143.8 4.1250e+06 4.1050e+06 4.1453e+06
29647.5 4.5456e+05 4.4215e+05 4.6768e+05
31135.4 7.5136e+05 7.3331e+05 7.7033e+05
32013.4 1.1846e+06 1.1565e+06 1.2140e+06 |
| Attachment 9: ringdown_rawdata_2016_10_19.m
|
%% Parameters
prefix = '2016_10_19'; % name of the folder where result will be saved
gps0 = 1160972805; % GPS time of clean data before excitation
gps1 = 1160972852; % GPS time right after excitation
dt = 30; % how much data to be used to search peaks
minsnr = 6; % minimum peak SNR
minfr = 1000; % minimum peak frequency
Dt = 3600; % total amount of time for the ringdown measurement
... 274 more lines ...
|
| Attachment 10: ringdown_rawdata_2016_10_20.m
|
%% Parameters
prefix = '2016_10_20'; % name of the folder where result will be saved
gps0 = 1161012900; % GPS time of clean data before excitation
gps1 = 1161012972; % GPS time right after excitation
dt = 30; % how much data to be used to search peaks
minsnr = 6; % minimum peak SNR
minfr = 1000; % minimum peak frequency
Dt = 3600; % total amount of time for the ringdown measurement
... 274 more lines ...
|
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138
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Wed Oct 19 17:08:47 2016 |
Gabriele | General | Measurements | S1600433 vs S1600438 |
- S1600433 has been annealed, was contaminated by the iron oxide, and it was cleaned using first contact. No residual were visible on the surface during a simple eye inspection (no flash light)
- S1600438 is as received from Mark Optics. Some particules are visible on the surfaces with a flash light
The plot below compares the Q values measured today for the two disks. The disk that was annealed and cleaned clearly shows lower Q's for almost all modes.
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139
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Thu Oct 20 11:04:03 2016 |
Gabriele | General | Measurements | Sample with flame polished edges |
Sample with edges flame polished in Glasgow
Installation
- into the chamber and balanced at 11am. Pump down started at 11:00am.
- it looks like the turbo pump shaked the sample too much and moved it significantly. At 11:44am I had to tweak a bit the input steering periscope to avoid the outgoing beam to be clipped on the pickoff mirror
- roughing pump off at 2:27pm
- excitation at 2:36pm (2000 V, 30 s)
Results
 
 
% Freq First Q of pair Second Q of pair
1117.4 2.3392e+07 2.3392e+07
2555.9 1.8650e+07 1.8650e+07
4441.1 1.3003e+07 1.3003e+07
6759.2 1.6003e+07 1.5656e+07
6781.8 1.4795e+07 1.4795e+07
9499.2 5.6765e+06 5.6765e+06
10219.5 1.3148e+07 2.7060e+06
10222.3 1.3909e+07 4.2609e+04
11444.0 2.0756e+06 6.5364e+05
12649.4 1.0264e+07 8.7228e+06
12650.7 8.6808e+06 8.6808e+06
14176.3 1.0290e+07 1.0290e+07
14177.5 1.0185e+07 1.0185e+07
16113.7 1.0856e+07 9.7535e+06
16202.5 8.6733e+06 5.0176e+06
18619.0 1.3113e+07 1.3113e+07
18622.1 1.4864e+07 1.4864e+07
20149.0 1.4047e+06 1.4047e+06
21348.8 6.9944e+06 6.9944e+06
21353.3 8.0679e+06 3.1734e+05
23529.5 1.3076e+07 1.3076e+07
24482.3 9.6841e+06 9.6841e+06
24669.1 4.8629e+06 4.8629e+06
24670.5 6.3609e+06 6.3609e+06
25499.2 5.2216e+06 5.2216e+06
25828.0 3.3780e+06 3.3780e+06
27101.0 1.4934e+07 1.4934e+07
27103.5 1.4956e+07 1.4956e+07
28883.5 1.2076e+07 1.2076e+07
29068.6 1.1494e+07 1.1494e+07
29072.0 9.7555e+06 9.7555e+06
29190.0 5.9610e+06 5.9610e+06
29193.2 7.9280e+06 7.9280e+06
29502.2 7.8254e+06 7.8254e+06
30867.0 6.3681e+06 6.3681e+06
31267.0 1.6836e+06 1.4541e+05
32194.4 5.3275e+06 5.3275e+06
32200.0 5.9215e+06 2.6587e+06
The following plot compares the Q measured on this sample yesterday here at Caltech with the GeNS system, with the measurement perfomed by Raymond Robie in Glasgow.
- blue dots: measurements on the flame polished sample here at Caltech
- orange crosses and yellow triangles: Raymond’s measurements on the flame polished sample at in Glasgow (after annealing)
- purple crosses: typical Q values measured on disk samples (not annealed nor flame polished) here at Caltech
Flame polishing of the edges did not change significantly the Q we measure with the GeNS system. However, the GeNS system rovide systematically higher Q values for basically all measurable modes.
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| Attachment 7: ringdown_raw_data_2016_10_20.m
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%% Parameters
prefix = '2016_10_20'; % name of the folder where result will be saved
gps0 = 1161034552; % GPS time of clean data before excitation
gps1 = 1161034619; % GPS time right after excitation
dt = 30; % how much data to be used to search peaks
minsnr = 6; % minimum peak SNR
minfr = 1000; % minimum peak frequency
Dt = 3600; % total amount of time for the ringdown measurement
... 303 more lines ...
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141
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Fri Oct 21 13:45:21 2016 |
Gabriele | General | Measurements | S1600447 |
Sample S1600447, as received from Mark Optics, second batch
Measurements
- Installed into the chamber, pumping down started at ~1:10pm
2016-10-21
- Excited at 3:38pm, amplitude 2kV, duration 30 s
- Excited at 5:01:30pm, amplitude 3kV, duration 30 s
- Excited at 9:11:30pm, amplitude 3kV, duration 30 s
2016-10-23
- Excited at 9:34:38am, amplitude 3kV duration 30 s
Results
All measured Q values are very low. Details below, here's a summary of all four measurements:
2016-10-21 3:38pm
 
 
2016-10-21 5:01pm
 
 
2016-10-21 9:11pm
 
 
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144
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Mon Oct 24 10:26:30 2016 |
Gabriele | General | Measurements | S1600439 |
S1600439, post annealing
Measurements before annealing reported in elog 137. Details on the annealing run here: T1600476
Installation
- at 10:15am turbo pump switched off
- installed at 11:15am, pumping down
- pumps stopped at 2:49pm
- sample out of the chamber at 4:25pm
Measurements
- excited at 1:05:40pm, amplitude 3kV, duration 30 s
 
All Q values are increased with respect to pre-annealing
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145
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Mon Oct 24 14:33:46 2016 |
Gabriele | General | Measurements | Effect of annealing: Q increases |
S1600439 has been measured as received (before annealing, elog 137) and after annealing (elog 144).
Q values are significantly increased for almost all modes, see the plot below for a comparison. Only modes with low Q are not improved.
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146
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Mon Oct 24 16:32:01 2016 |
Gabriele | General | Measurements | S1600448 |
Sample S1600447, as received from Mark Optics, second batch
- in chamber, pumping down at 4:30pm (2016-10-24)
- pumps stopped at 9:18am (2016-10-25)
- vented, sample of the chamber at 10:00aa
Summary
Measured Q values are low.
2016-10-24
- excited at 8:38:48pm, amplitude 3 kV, duration 30s
 
 
2016-10-25
- excited at 8:05:20am, amplitude 3kV, duration 30s
 
 
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147
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Tue Oct 25 09:12:31 2016 |
Gabriele | General | Measurements | Comparison of first and second batch |
The plot below compares a sample from the first batch and two samples from the second batch. All samples are as received from Mark Optics, no annealing or any other treatment.
Both samples in the second batch show consistently and significantly lower Q values.
GariLynn and I inspected the two samples under the microscope. Surprisingly, the edges and the flats look much better than the samples from the first batch. See elog 148 for an image of a sample from the first batch
Link to IMG_3158.JPG
Link to IMG_3157.JPG
Link to IMG_3156.JPG
Link to IMG_3155.JPG |
| Attachment 2: IMG_3155.JPG
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| Attachment 3: IMG_3158.JPG
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| Attachment 4: IMG_3157.JPG
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| Attachment 5: IMG_3156.JPG
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| Attachment 6: IMG_3155.JPG
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148
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Tue Oct 25 11:10:37 2016 |
Gabriele | General | Measurements | Image of S1600433 |
This is an image of the sample S1600433 under the microscope, courtesy of GariLynn:
Link to IMG_3150.JPG
The scale in the image is 20 microns per divison, 2 mm full scale |
| Attachment 1: IMG_3150.JPG
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150
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Fri Oct 28 21:20:48 2016 |
Gabriele | General | Measurements | S1600447 post annealing |
Installation
I had some problems in installing the wafer. I balanced it and started the pump down a couple of times, and the wafer moved so that the beam coming out of the chamber was clipping.
I decided to re-align the optical setup again. As before, I used a small container with water to have the horizontal reference, and aligned the output optics to center on the QPD. I also added a iris before the mirror with the picomotors, as additional reference.
During pump down I noticed a few sudden jumps of the QPD signals. The output beam moved a lot again, so my realignment didn't help. I even tried to slow down the pump, but this didn't help either. To recover the beam on the pick-off mirror, I had to move a bit the upper periscope mirror. So my horizontal reference is no more good.
It's not clear what's going on, but I'll keep pumping down.
- installed on 10/28 at 9:00pm, pumping down. Turbo started at 9:09pm, The beam is slowly drifting but nothing to be worried about. Pressure is 5.9e-6 Tor at 9:20pm.
- autocentering script on at 9:18pm
- started a set of measurements at 9:20pm. Three excitations (3 kV, 30s). The first one will start in 2h, then the others will follow with an interval of three hours between them. A python script (auto_excite.py) is running on the workstation
- stopped pumps at 9:30 am 10/29
I noticed another strange thing: when I switchec the IGM vacuum gauge on, the QPD signal changed, as if the beam moved. See figure below.
Measurements
Excitation at 1161757257 (30 s)
Excitation at 1161757309 (30 s)
Excitation at 1161757361 (30 s)
Something went wrog with the script (some python issue I still don't understand) so the three excitations were executed in sequence. In summary, only one ring-down measurement.
Results
Here are the plots from the ringdown measurement:
 
And the fitted Q factors:
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1115.3 1.2185e+07 1.2167e+07 1.2202e+07
2558.9 4.1466e+06 4.1430e+06 4.1501e+06
4456.9 2.5958e+06 2.5927e+06 2.5989e+06
4523.6 9.6000e+04 9.5990e+04 9.6011e+04
6798.5 1.9687e+06 1.9596e+06 1.9777e+06
6813.2 7.7644e+06 7.7608e+06 7.7680e+06
6876.3 1.0955e+06 1.0947e+06 1.0963e+06
9575.1 2.5100e+06 2.5061e+06 2.5139e+06
10270.5 8.1293e+06 8.0671e+06 8.1925e+06
12904.0 2.8481e+05 2.8480e+05 2.8482e+05
14259.5 4.9009e+06 4.8836e+06 4.9184e+06
16176.3 1.6116e+06 1.6097e+06 1.6135e+06
16187.8 5.7721e+06 5.7689e+06 5.7753e+06
16406.5 1.8723e+06 1.8676e+06 1.8769e+06
18751.4 1.0901e+06 1.0900e+06 1.0901e+06
20410.0 5.4342e+05 5.4341e+05 5.4343e+05
21485.0 7.3955e+06 7.3284e+06 7.4639e+06
23709.9 5.1619e+06 5.1426e+06 5.1813e+06
24845.0 1.3831e+06 1.3787e+06 1.3876e+06
29140.4 2.1742e+06 2.1742e+06 2.1742e+06
29231.0 6.8560e+06 6.8559e+06 6.8562e+06
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| Attachment 5: Qs.png
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151
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Sat Oct 29 10:12:39 2016 |
Gabriele | General | Measurements | S1600448 post annealing |
2016-10-29
- venting at 10:00am 10/29
- sample installed, pumping down started at 10:12am, turbo pump on at 10:29am
- Started automatic excitation at 10:46am. The first excitation will go off in 2 hours, then more at intervals of three hours. Amplitude 3kV, duration 30s
As with #447, the wafer moved during pum down. I clearly saw that the beam was moving as if the disk got kicked and rang down. Not sure what's going on, I've never seen such a behavior in past pump downs
Excitation at 1161805607 (30 s)
Excitation at 1161820052 (30 s)
There is something strange happening at frequencies below a few kHz. I tried stopping the autocenter, but that's not what is causing the problem. It looks like some king of saturations.
2016-10-30
I tried to move the beam, but I still see the same behavior in the spectrum. I think the disk has shift and it now touching the ESD. Stopped all pumps at 11:58am.
Chamber open at 12:50pm. I realigned all the optical setup to the horizontal reference, and moved the ESD a bit up. The sample was installed and leveled at 1:10pm, started again pumping down at ~1:12pm. Turbo pump started at ~1:19pm.
When the frequency of the turbo pump gets to ~150-200 Hz, the wafer gets highly excited. Apart from that and the slow drift of the QPD signals that is almost always present, everything looks ok.
Started autocentering at 1:27pm. Started a set of automatic excitations: initial wait is 2 hours, then three excitation intervalled by 3 hours wait, each 30s long at 3kV.
I noticed once again that switching on the IGM vacuum gauge moved the disk.
List of excitation times:
- Excitation at 1161901681 (30 s)
- Excitation at 1161912526 (30 s)
- Excitation at 1161923370 (30 s)
2016-11-01
Excited at 7:56pm, duration 60s, amplitude 3kV
Results
Excitation at 1161901681 (30 s)
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1111.6 8.3731e+06 8.3256e+06 8.4210e+06
2591.0 8.2131e+05 8.0451e+05 8.3882e+05
4440.0 4.2299e+06 4.2263e+06 4.2335e+06
6773.1 3.2093e+06 3.2065e+06 3.2121e+06
6851.1 2.3048e+06 2.2687e+06 2.3421e+06
9538.3 2.5313e+06 2.5159e+06 2.5469e+06
14207.1 8.7731e+06 8.7408e+06 8.8057e+06
16115.0 2.6277e+06 2.6276e+06 2.6278e+06
16131.2 1.0409e+07 1.0379e+07 1.0439e+07
16344.5 2.1568e+06 2.1496e+06 2.1640e+06
18681.9 5.9537e+06 5.9390e+06 5.9685e+06
21409.8 7.7496e+06 7.7163e+06 7.7832e+06
23619.8 4.7146e+06 4.6909e+06 4.7386e+06
24106.0 1.7430e+06 1.7430e+06 1.7430e+06
24750.5 1.3804e+06 1.3804e+06 1.3804e+06
27200.5 5.4690e+06 5.4689e+06 5.4691e+06
28928.5 3.1942e+06 3.1941e+06 3.1942e+06
29029.0 2.2298e+06 2.2298e+06 2.2299e+06
29638.0 1.5518e+06 1.5518e+06 1.5518e+06
30320.6 1.9414e+06 1.9413e+06 1.9414e+06
31178.0 8.7520e+05 8.7519e+05 8.7522e+05
Results from the measurement on 11/01
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1112.0 9.3290e+06 9.3025e+06 9.3556e+06
2549.7 6.1599e+06 6.1549e+06 6.1648e+06
2591.0 1.0033e+06 9.9970e+05 1.0070e+06
4440.3 4.3031e+06 4.3021e+06 4.3041e+06
4508.3 1.7553e+05 1.7503e+05 1.7602e+05
6773.0 3.3336e+06 3.3331e+06 3.3341e+06
6789.2 4.1646e+06 4.1566e+06 4.1727e+06
6851.2 2.4309e+06 2.4265e+06 2.4353e+06
9538.7 2.5711e+06 2.5677e+06 2.5745e+06
10233.2 3.5483e+05 3.5481e+05 3.5485e+05
10390.0 1.3584e+06 1.3537e+06 1.3632e+06
12728.4 1.8895e+06 1.8895e+06 1.8896e+06
14207.0 8.8861e+06 8.8676e+06 8.9047e+06
16115.5 2.7365e+06 2.7200e+06 2.7533e+06
16131.5 1.0602e+07 1.0564e+07 1.0640e+07
16344.7 2.2292e+06 2.2184e+06 2.2401e+06
18682.0 6.7655e+06 6.7553e+06 6.7756e+06
20331.9 1.6072e+06 1.6011e+06 1.6134e+06
23620.0 5.5499e+06 5.5263e+06 5.5736e+06
24750.6 1.5454e+06 1.5453e+06 1.5454e+06
27201.0 6.6957e+06 6.6956e+06 6.6958e+06
28929.0 2.6420e+06 2.6419e+06 2.6420e+06
29029.4 1.7762e+06 1.7762e+06 1.7763e+06
29133.8 9.1385e+06 9.0987e+06 9.1787e+06
29406.0 9.3479e+06 9.3477e+06 9.3480e+06
29601.0 5.6104e+05 5.6103e+05 5.6105e+05 |
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152
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Sat Oct 29 10:18:41 2016 |
Gabriele | General | Measurements | S1600447 before and after annealing |
The plot above compares the measured Q for #447 (second batch, flat machined during production), before and after annealing. The annealing improves significantly all Q's.
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153
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Sun Oct 30 17:05:47 2016 |
Gabriele | General | Measurements | S1600448 before and after annealing |
The plot above compares the measured Q for #448 (second batch, flat machined during production), before and after annealing. The annealing improves significantly all Q's. |
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154
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Mon Oct 31 12:51:13 2016 |
Gabriele | General | Measurements | Simulation of dilution factor and measured loss angles |
I made a COMSOL simulation of our wafer (75 mm with flats, 1 mm thick) with a 1 micron thick coating (Tantala), and computed the dilution factor (E_coating / E_total). The result is shown in the plot below:
The dilution factor is slighly mode dependent, around a value of 5.7e-3.
The Q we measured on the latest two annealed wafers are in the range of 5e6 - 10e6 for the good modes, meaning that the total loss angle (subtrate, surface and edge combined) is 1e-7 - 2e-7.
Assuming an undoped tantala coating with loss angle of 4e-4 (http://authors.library.caltech.edu/55765/2/1501.06371.pdf), the disk loss angle after coating will be 2.2e-6, a factor 5 to 10 higher than our uncoated and annealed wafers.
So we can use the wafers as they are for our measurements.
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156
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Fri Nov 4 08:11:57 2016 |
Gabriele | General | Measurements | S1600450 |
2016-11-04
- 8:08am in chamber
- 8:38am pumping down
- 11:50am QUIET 1162320651 (11:50:34) + 30s, EXCITATION at 1162320710 this excitation didn't wotk very well
- 12:40pm EXCITATION at 1162323596, again it doesn't look good
- 2:00pm: measured Q are very low, it's very hard to excite the first mode. Stopping pumps
- 2:41pm, venting
- 2:45pm, removing sample
Results
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
2527.2 2.4665e+06 2.4648e+06 2.4683e+06
4401.5 1.6292e+06 1.6026e+06 1.6567e+06
4467.5 2.0848e+05 2.0822e+05 2.0874e+05
6713.6 4.6050e+05 4.6008e+05 4.6092e+05
6724.0 2.0244e+06 2.0163e+06 2.0326e+06
14079.4 3.7887e+06 3.7784e+06 3.7992e+06
15977.6 2.5322e+06 2.5321e+06 2.5322e+06
16204.9 7.6919e+05 7.6917e+05 7.6922e+05
24542.5 6.0480e+05 6.0479e+05 6.0482e+05
26955.4 1.7958e+06 1.7958e+06 1.7958e+06
28775.0 9.3100e+05 9.3098e+05 9.3102e+05
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| Attachment 3: ringdowns.png
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159
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Fri Nov 4 14:56:35 2016 |
Gabriele | General | Measurements | S1600451 |
2016-11-04
- 2:45pm: re-aligned optical setup to horizontal reference
- 2:55pm: installed in chamber, balanced
- 2:56pm, starting roughing pump
- 3:06pm, starting turbo pump
- 4:37pm, excitation at GPS 1162337817: apparently I excited too much and the QPD signals are saturating!
- 7:58pm: new excitation, amplitude 1kV, duration ~20s. Stopped at ~1162349974. This excitation looks good
- 9:07pm:Started auto_excite.py script. It will wait 5 hours, then perfom two excitation with above parameters, separated by 3 hours
- excitations at 1162372099 and 1162382978
2016-11-05
Results
2016-11-04
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1097.0 1.1219e+07 1.1201e+07 1.1236e+07
2515.7 6.3988e+06 6.2433e+06 6.5622e+06
4379.6 9.6150e+06 9.6117e+06 9.6182e+06
4440.9 3.8684e+06 3.8668e+06 3.8701e+06
6678.8 2.7195e+05 2.7170e+05 2.7220e+05
6696.5 2.9698e+06 2.9684e+06 2.9712e+06
6750.6 1.3442e+07 1.3387e+07 1.3497e+07
6811.9 1.9344e+06 1.9288e+06 1.9402e+06
9403.6 1.4946e+05 1.4945e+05 1.4946e+05
10095.6 2.4035e+06 2.4001e+06 2.4069e+06
10237.1 6.5129e+05 6.4697e+05 6.5567e+05
12545.2 1.1434e+06 1.1392e+06 1.1476e+06
12662.5 1.7179e+06 1.7114e+06 1.7245e+06
15901.4 1.5770e+05 1.5769e+05 1.5770e+05
15914.3 2.6775e+06 2.6703e+06 2.6846e+06
16104.5 1.1722e+07 1.1685e+07 1.1760e+07
18110.0 2.1021e+06 2.0988e+06 2.1054e+06
18430.2 9.4278e+05 9.4276e+05 9.4281e+05
18594.0 4.3087e+06 4.3033e+06 4.3142e+06
21119.0 2.6590e+05 2.6589e+05 2.6590e+05
23305.8 2.9146e+06 2.9069e+06 2.9224e+06
24386.0 5.3982e+06 5.3779e+06 5.4187e+06
24654.5 1.2901e+06 1.2900e+06 1.2901e+06
24705.0 1.0320e+06 1.0319e+06 1.0320e+06
25798.0 2.0084e+06 2.0083e+06 2.0084e+06
26123.0 4.1997e+06 4.1996e+06 4.1998e+06
26831.0 5.9972e+05 5.9971e+05 5.9973e+05
28145.0 6.7827e+06 6.7546e+06 6.8110e+06
28555.7 3.7397e+06 3.7397e+06 3.7398e+06
28642.1 3.2190e+06 3.2189e+06 3.2190e+06
29175.0 2.3940e+06 2.3939e+06 2.3940e+06
29190.7 9.6877e+05 9.6876e+05 9.6879e+05
29885.0 1.1788e+06 1.1788e+06 1.1788e+06
30847.0 9.0157e+06 9.0155e+06 9.0158e+06
32238.4 2.3676e+06 2.3676e+06 2.3677e+06
32489.6 1.8718e+06 1.8718e+06 1.8719e+06
2016-11-05 A
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1097.5 1.0150e+07 1.0127e+07 1.0174e+07
2515.7 5.5427e+06 5.5405e+06 5.5448e+06
4341.0 3.9407e+06 3.9204e+06 3.9613e+06
4379.5 3.7580e+06 3.7570e+06 3.7589e+06
4418.3 4.0055e+06 3.9839e+06 4.0272e+06
4479.5 1.8248e+05 1.8246e+05 1.8250e+05
6640.4 3.1482e+06 3.1137e+06 3.1834e+06
6678.8 2.9326e+06 2.9319e+06 2.9334e+06
6696.5 1.2999e+07 1.2995e+07 1.3004e+07
6712.1 1.8502e+06 1.8416e+06 1.8589e+06
6750.6 1.8423e+06 1.8418e+06 1.8428e+06
6789.1 1.8641e+06 1.8557e+06 1.8726e+06
6812.0 1.2882e+05 1.2875e+05 1.2888e+05
9403.7 2.2149e+06 2.2119e+06 2.2178e+06
10095.7 6.7624e+05 6.7532e+05 6.7716e+05
10237.1 8.8267e+05 8.8113e+05 8.8423e+05
12545.3 1.7193e+06 1.7154e+06 1.7231e+06
12662.9 1.3162e+05 1.3162e+05 1.3163e+05
14015.5 7.8470e+06 7.6850e+06 8.0159e+06
14749.0 8.7237e+05 8.7234e+05 8.7240e+05
15901.5 2.6799e+06 2.6757e+06 2.6840e+06
16104.6 1.8324e+06 1.8309e+06 1.8340e+06
18109.3 9.6584e+05 9.6582e+05 9.6587e+05
18430.3 4.5212e+06 4.5195e+06 4.5229e+06
18659.2 2.5315e+06 2.5315e+06 2.5316e+06
19997.4 6.2817e+05 6.2816e+05 6.2819e+05
20036.5 1.3129e+06 1.3129e+06 1.3130e+06
20278.0 6.2428e+05 6.2426e+05 6.2429e+05
21119.1 3.4785e+06 3.4784e+06 3.4786e+06
22490.4 4.4881e+06 4.4880e+06 4.4882e+06
23305.9 5.3494e+06 5.3429e+06 5.3559e+06
24386.2 1.3629e+06 1.3628e+06 1.3629e+06
24654.4 9.2395e+05 9.2393e+05 9.2397e+05
24704.5 1.9166e+06 1.9132e+06 1.9201e+06
26123.2 6.4702e+05 6.4700e+05 6.4703e+05
26831.0 5.9846e+06 5.9684e+06 6.0009e+06
28555.8 2.9833e+06 2.9832e+06 2.9833e+06
28642.1 2.1156e+06 2.1156e+06 2.1157e+06
28742.9 1.0233e+07 1.0233e+07 1.0233e+07
29175.0 9.1788e+05 9.1786e+05 9.1789e+05
29191.0 1.1637e+06 1.1637e+06 1.1637e+06
29885.1 8.3480e+06 8.3478e+06 8.3481e+06
30846.5 2.2345e+06 2.2345e+06 2.2345e+06
31607.5 3.6183e+05 3.6183e+05 3.6184e+05
32489.4 5.7409e+06 5.7408e+06 5.7410e+06
2016-11-05 B
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1098.0 8.1698e+06 8.1032e+06 8.2374e+06
2477.0 5.0803e+06 4.9987e+06 5.1646e+06
2515.6 5.5435e+06 5.5413e+06 5.5458e+06
4341.1 3.6399e+06 3.6069e+06 3.6736e+06
4379.6 3.7430e+06 3.7422e+06 3.7439e+06
4418.0 3.6883e+06 3.6647e+06 3.7122e+06
4440.9 1.8011e+05 1.8009e+05 1.8013e+05
6678.7 2.9283e+06 2.9246e+06 2.9320e+06
6696.5 1.2927e+07 1.2908e+07 1.2946e+07
6750.6 1.8937e+06 1.8911e+06 1.8963e+06
6812.1 1.3790e+05 1.3789e+05 1.3791e+05
9365.0 2.2626e+06 2.2625e+06 2.2627e+06
9403.7 2.2105e+06 2.2094e+06 2.2117e+06
10095.5 6.4293e+05 6.4290e+05 6.4296e+05
10237.2 9.2890e+05 9.2885e+05 9.2894e+05
12545.3 1.7237e+06 1.7080e+06 1.7398e+06
15901.4 2.6697e+06 2.6697e+06 2.6698e+06
15914.5 1.1338e+07 1.1245e+07 1.1432e+07
16104.5 1.7841e+06 1.7840e+06 1.7841e+06
18109.5 9.4816e+05 9.4814e+05 9.4819e+05
18430.3 4.6575e+06 4.6555e+06 4.6594e+06
21119.1 3.7468e+06 3.7338e+06 3.7599e+06
23305.9 5.3687e+06 5.3582e+06 5.3792e+06
24386.1 1.3616e+06 1.3616e+06 1.3616e+06
24654.5 9.7495e+05 9.7493e+05 9.7497e+05
24704.4 1.9229e+06 1.9229e+06 1.9230e+06
26831.1 5.8344e+06 5.8342e+06 5.8345e+06
28556.0 3.0677e+06 3.0676e+06 3.0677e+06
29175.2 8.7856e+05 8.7855e+05 8.7858e+05
29190.8 1.1455e+06 1.1454e+06 1.1455e+06
29885.1 8.9158e+06 8.9157e+06 8.9160e+06
30846.6 2.1943e+06 2.1943e+06 2.1944e+06
32489.5 5.2642e+06 5.2641e+06 5.2642e+06
|
|
161
|
Sat Nov 5 10:49:17 2016 |
Gabriele | General | Measurements | S1600452 |
2015-11-05
- 10:45am in chamber and balanced
- 10:48am roughing pump on
- 10:56am turbo pump on
- 1:00pm: excitation. Quiet before 1162411289, excite (2 kV, 10s), quiet after 1162411438
- 4:07pm: excitation. Quiet before 1162422382, excite (2kV, 20s), quiet after 1162422445
- 5:08pm: pumps off
Results
The first mode at 1 kHz couldn't be measured. Not clear why.
2016-11-05 A
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
2488.7 6.2525e+06 6.2046e+06 6.3012e+06
2527.3 7.2443e+06 7.2391e+06 7.2496e+06
2567.0 9.8492e+04 9.8472e+04 9.8511e+04
4363.0 3.4808e+06 3.4060e+06 3.5590e+06
4401.4 5.8009e+06 5.7966e+06 5.8052e+06
4427.7 1.6106e+05 1.6104e+05 1.6108e+05
4466.5 1.7637e+05 1.7623e+05 1.7651e+05
4505.0 1.6860e+05 1.6858e+05 1.6862e+05
6713.4 4.4123e+06 4.4106e+06 4.4139e+06
6725.3 1.7867e+07 1.7854e+07 1.7880e+07
6750.5 1.9213e+06 1.9079e+06 1.9348e+06
6789.1 2.3629e+06 2.3617e+06 2.3642e+06
6827.7 1.9619e+06 1.9487e+06 1.9754e+06
9454.4 3.0169e+06 3.0136e+06 3.0203e+06
10138.7 8.3140e+06 8.3026e+06 8.3255e+06
10290.4 8.9211e+05 8.9206e+05 8.9215e+05
12615.5 6.3311e+05 6.3308e+05 6.3313e+05
12738.9 2.4194e+05 2.4193e+05 2.4195e+05
14078.0 8.8470e+06 8.8231e+06 8.8710e+06
15974.6 1.5678e+06 1.5649e+06 1.5707e+06
16198.2 6.8727e+05 6.8725e+05 6.8729e+05
18512.9 4.6128e+06 4.5972e+06 4.6286e+06
20103.2 5.6830e+05 5.6829e+05 5.6831e+05
20153.5 1.0308e+06 1.0308e+06 1.0309e+06
21211.0 2.7134e+06 2.7133e+06 2.7135e+06
23409.3 7.0470e+06 7.0469e+06 7.0472e+06
24533.4 1.5102e+06 1.5101e+06 1.5102e+06
25926.0 9.7012e+05 9.7010e+05 9.7014e+05
26951.6 9.2671e+06 9.2669e+06 9.2673e+06
28680.1 5.3425e+06 5.3424e+06 5.3426e+06
28777.7 3.7576e+06 3.7575e+06 3.7576e+06
29370.5 6.4020e+05 6.4019e+05 6.4021e+05
31459.5 1.3127e+06 1.3127e+06 1.3128e+06
2016-11-05 B
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
2525.0 7.0757e+06 7.0674e+06 7.0841e+06
2526.3 7.0794e+06 7.0710e+06 7.0879e+06
4401.5 5.5472e+06 5.4910e+06 5.6046e+06
4465.8 1.9017e+05 1.9015e+05 1.9019e+05
6713.5 4.1401e+06 4.1258e+06 4.1545e+06
6789.1 2.3060e+06 2.3003e+06 2.3117e+06
9454.4 3.1170e+06 3.0629e+06 3.1730e+06
10290.5 9.9500e+05 9.9495e+05 9.9505e+05
14077.6 8.3035e+06 8.2846e+06 8.3225e+06
15975.0 1.7004e+06 1.7004e+06 1.7005e+06
16198.4 9.3526e+05 9.3523e+05 9.3529e+05
23409.0 6.9232e+06 6.8897e+06 6.9570e+06
26951.5 8.9906e+06 8.9904e+06 8.9907e+06
28680.0 5.1012e+06 5.1011e+06 5.1012e+06 |
| Attachment 3: ringdowns.png
|
|
| Attachment 4: Qs_errorbars.png
|
|
|
162
|
Sat Nov 5 17:40:35 2016 |
Gabriele | General | Measurements | S1600453 |
2015-11-05
2015-11-06
- 9:34am: pumps off
- 10:08 removed from chamber
Results
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1098.1 1.5137e+07 1.5118e+07 1.5156e+07
2481.0 8.4768e+06 8.3498e+06 8.6077e+06
2519.4 7.9043e+06 7.9003e+06 7.9082e+06
2559.9 1.8115e+06 1.8024e+06 1.8206e+06
4388.9 4.7996e+06 4.7985e+06 4.8006e+06
4455.9 2.1908e+05 2.1905e+05 2.1910e+05
6696.4 4.0144e+06 4.0126e+06 4.0163e+06
6710.7 1.5767e+07 1.5747e+07 1.5787e+07
6772.8 2.6200e+06 2.6164e+06 2.6237e+06
9432.4 3.1762e+06 3.1742e+06 3.1782e+06
10116.4 4.2917e+06 4.2915e+06 4.2920e+06
10271.0 2.6169e+05 2.6168e+05 2.6170e+05
12587.8 2.4988e+06 2.4972e+06 2.5005e+06
14047.1 3.0949e+06 3.0846e+06 3.1052e+06
15936.5 3.3676e+06 3.3470e+06 3.3884e+06
15946.1 1.0214e+07 1.0164e+07 1.0264e+07
16166.6 2.3195e+06 2.3112e+06 2.3279e+06
18475.0 3.6992e+06 3.6991e+06 3.6993e+06
18525.5 2.4106e+06 2.4106e+06 2.4107e+06
20112.0 1.0591e+06 1.0591e+06 1.0591e+06
23361.8 6.6258e+06 6.6139e+06 6.6378e+06
24486.5 1.9252e+06 1.9252e+06 1.9253e+06
26010.0 1.0992e+06 1.0991e+06 1.0992e+06
26897.0 9.2142e+06 9.1310e+06 9.2990e+06
28618.0 3.6201e+06 3.6200e+06 3.6201e+06
28714.7 3.0597e+06 3.0597e+06 3.0598e+06
28804.0 1.2547e+07 1.2485e+07 1.2610e+07
29322.4 1.7786e+06 1.7786e+06 1.7786e+06
31536.4 1.9114e+06 1.9113e+06 1.9114e+06 |
|
163
|
Sun Nov 6 10:14:51 2016 |
Gabriele | General | Measurements | S1600456 |
2016-11-06
- 10:12am: installed in chamber, balanced
- 10:14am: roughing pump on
- 10:22am: turbo pump on
- 12:40pm: excitation:
- quiet before excitation 1162501864+30
- quiet after excitation 1162501946+30
- 4pm excitation
-
6:05pm: In both ringdowns the first mode at 1 kHz wasn't properly excited. I moved the laser beam on a different spot. Using brodband noise I still couldn't get it to ring up. So I injected bandlimited noise 1000-1200 Hz with amplitude of 10000. Mode are up.
Quiet time after injection from 1162519598
-
8:07pm, again band-limited excitation, quiet time after 1162526818
2016-11-07
Results
2016-11-05 A
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
2509.1 4.0579e+06 4.0553e+06 4.0606e+06
2549.8 8.5490e+05 8.4709e+05 8.6286e+05
4370.0 1.6497e+06 1.6492e+06 1.6501e+06
4437.0 2.2329e+05 2.2310e+05 2.2347e+05
6666.4 2.6788e+06 2.6756e+06 2.6819e+06
6680.0 7.6174e+06 7.6026e+06 7.6322e+06
6743.0 1.8669e+06 1.8664e+06 1.8673e+06
6807.3 2.9358e+05 2.9335e+05 2.9382e+05
9389.2 2.3737e+06 2.3726e+06 2.3748e+06
10070.3 8.5206e+05 8.5202e+05 8.5211e+05
10225.0 6.2779e+05 6.2776e+05 6.2782e+05
12529.9 1.3218e+06 1.3217e+06 1.3218e+06
13983.0 1.5269e+06 1.5269e+06 1.5270e+06
15863.5 1.8321e+06 1.8320e+06 1.8321e+06
15875.4 5.0350e+06 5.0348e+06 5.0351e+06
16091.5 1.0913e+06 1.0912e+06 1.0913e+06
18389.0 5.3468e+06 5.3357e+06 5.3580e+06
21074.0 3.7649e+06 3.7648e+06 3.7650e+06
23252.3 3.0067e+06 2.9999e+06 3.0135e+06
24371.4 1.2491e+06 1.2490e+06 1.2491e+06
26778.6 2.5593e+06 2.5592e+06 2.5593e+06
28482.4 2.6427e+06 2.6426e+06 2.6427e+06
28579.0 1.8244e+06 1.8244e+06 1.8245e+06
28678.4 6.4318e+06 6.4317e+06 6.4319e+06
31701.4 1.3385e+06 1.3384e+06 1.3385e+06
2019-11-06 B
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
2509.0 4.3643e+06 4.3445e+06 4.3843e+06
4370.1 2.0745e+06 2.0560e+06 2.0935e+06
4437.0 3.5763e+05 3.4927e+05 3.6641e+05
6666.5 2.8583e+06 2.8327e+06 2.8845e+06
6680.0 9.7911e+06 9.7594e+06 9.8230e+06
6743.0 1.9479e+06 1.9265e+06 1.9698e+06
6807.3 5.0716e+05 4.9331e+05 5.2179e+05
9389.2 2.6386e+06 2.6104e+06 2.6675e+06
10070.3 1.0634e+06 1.0633e+06 1.0634e+06
10225.1 1.0434e+06 1.0433e+06 1.0434e+06
12529.9 1.6029e+06 1.5749e+06 1.6318e+06
13983.3 2.7379e+06 2.7016e+06 2.7751e+06
15863.7 2.2082e+06 2.2082e+06 2.2083e+06
15875.4 3.2435e+06 3.2434e+06 3.2436e+06
23252.2 3.6506e+06 3.6505e+06 3.6507e+06
24371.5 2.0111e+06 2.0110e+06 2.0111e+06
26779.0 2.1974e+05 2.1973e+05 2.1974e+05
28579.1 2.7341e+06 2.7341e+06 2.7342e+06
28679.0 6.2394e+06 6.2393e+06 6.2395e+06
31701.0 2.2893e+06 2.2893e+06 2.2893e+06
2016-11-06 First mode
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1094.0 1.0221e+07 1.0194e+07 1.0249e+07
1115.0 1.5958e+06 1.5885e+06 1.6031e+06
|
| Attachment 9: ringdowns_1st.png
|
|
| Attachment 10: Qs_errorbars_1st.png
|
|
|
164
|
Mon Nov 7 10:39:08 2016 |
Gabriele | General | Measurements | S1600457 |
2016-11-07
- 10:30am, re-aligned optical system to horizontal reference
- 10:37am, in chamber balanced
- 10:38am, started roughing pump
- 10:52am, started turbo pump, pressure was <2 Torr
- disk got briefly excited when the pump was at ~60 Hz, and again at ~200 Hz,
- centered QPD with picomotors at 10:54am,49
- pump at 500 Hz at 10:55am, no more disk excitations.
- IGM on at 10:55am, disk moved briefly afterwards, not sure if correlated since the IGM controlled is still showing "STARTING".
- Disk definitely moved at 10:57:40, when the IGM controller started showing pressure.
IGM switched off at 10:58:45am, disk is not going back!
- QPD recentered using picomotors.
- IGM on again at 11:00am, no disk displacement this time.
- 12:20pm:
- quiet time before excitation 1162585209
- excitation
- quiet time after excitation 1162585348
- 1:49pm: excitation again, 2kV, quiet time after 1162585348
- In both the previous excitations the QPD got misaligned at the beginning, resulting in not very good ring-downs
- Another trial at 1162597014, amplitud 1.5kV. Somebody switched on the light in the lab...
- pumps stopped at 4:09pm
Results
2016-11-07 A
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1109.0 6.0358e+06 6.0221e+06 6.0496e+06
2543.3 2.8271e+06 2.8234e+06 2.8309e+06
2581.0 9.1904e+05 9.1711e+05 9.2097e+05
2619.5 7.6167e+05 7.4294e+05 7.8136e+05
3413.6 1.1513e+06 1.1511e+06 1.1514e+06
4390.0 2.5891e+06 2.5308e+06 2.6501e+06
4428.7 2.4948e+06 2.4938e+06 2.4958e+06
4467.4 2.6014e+06 2.5551e+06 2.6494e+06
6754.1 1.9049e+06 1.8972e+06 1.9126e+06
6770.9 6.5053e+06 6.4828e+06 6.5279e+06
6825.1 9.5015e+05 9.4829e+05 9.5201e+05
10206.7 7.1637e+06 7.1482e+06 7.1792e+06
12689.2 1.3788e+06 1.3788e+06 1.3789e+06
14169.7 5.2321e+06 5.1965e+06 5.2682e+06
16078.8 1.3844e+06 1.3844e+06 1.3844e+06
16089.5 7.6177e+06 7.5997e+06 7.6358e+06
16289.4 1.1658e+06 1.1658e+06 1.1658e+06
18631.4 2.4582e+06 2.4581e+06 2.4582e+06
20268.5 9.5666e+05 9.5663e+05 9.5668e+05
21348.3 1.2590e+07 1.2590e+07 1.2590e+07
23561.2 2.9089e+06 2.9088e+06 2.9090e+06
27121.0 5.1018e+06 5.1017e+06 5.1019e+06
2016-11-07 B
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1109.0 6.0358e+06 6.0221e+06 6.0496e+06
2543.3 2.8271e+06 2.8234e+06 2.8309e+06
2581.0 9.1904e+05 9.1711e+05 9.2097e+05
2619.5 7.6167e+05 7.4294e+05 7.8136e+05
3413.6 1.1513e+06 1.1511e+06 1.1514e+06
4390.0 2.5891e+06 2.5308e+06 2.6501e+06
4428.7 2.4948e+06 2.4938e+06 2.4958e+06
4467.4 2.6014e+06 2.5551e+06 2.6494e+06
6754.1 1.9049e+06 1.8972e+06 1.9126e+06
6770.9 6.5053e+06 6.4828e+06 6.5279e+06
6825.1 9.5015e+05 9.4829e+05 9.5201e+05
10206.7 7.1637e+06 7.1482e+06 7.1792e+06
12689.2 1.3788e+06 1.3788e+06 1.3789e+06
14169.7 5.2321e+06 5.1965e+06 5.2682e+06
16078.8 1.3844e+06 1.3844e+06 1.3844e+06
16089.5 7.6177e+06 7.5997e+06 7.6358e+06
16289.4 1.1658e+06 1.1658e+06 1.1658e+06
18631.4 2.4582e+06 2.4581e+06 2.4582e+06
20268.5 9.5666e+05 9.5663e+05 9.5668e+05
21348.3 1.2590e+07 1.2590e+07 1.2590e+07
23561.2 2.9089e+06 2.9088e+06 2.9090e+06
27121.0 5.1018e+06 5.1017e+06 5.1019e+06 |
|
166
|
Mon Nov 7 16:59:10 2016 |
Gabriele | General | Measurements | S1600458 |
2016-11-07
- 4:46pm installed and balanced
- 4:47pm, roughing pump started
- 4:59pm turbo pump started
- 8:23pm: excitation, quiet time before 1162613072, excitation 1 kV, quiet time after 1162614126
- Three more excitations (1.5 kV, 20 seconds) planned for the night
-
Quiet time before excitation: 1162624994
Excitation at 1162625037 (20 s)
Quiet time after excitation: 1162625057
-
Quiet time before excitation: 1162635887
Excitation at 1162635930 (20 s)
Quiet time after excitation: 1162635950
-
Quiet time before excitation: 1162646780
Excitation at 1162646823 (20 s)
Quiet time after excitation: 1162646843
-
Not clear why, but the overnight excitation didn't go through.
Trying again amplitude 3kV, quiet time before 1162657046, quiet time after 1162657246
2016-11-08
Results
2016-11-07
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
2551.8 3.7876e+06 3.7330e+06 3.8438e+06
4443.7 3.5381e+06 3.5361e+06 3.5400e+06
4511.3 2.3349e+05 2.3326e+05 2.3373e+05
6778.3 2.7169e+06 2.7161e+06 2.7178e+06
6790.6 8.5771e+06 8.4590e+06 8.6985e+06
6856.4 1.5505e+06 1.5497e+06 1.5513e+06
6918.0 5.2488e+04 5.2484e+04 5.2492e+04
9546.1 2.5680e+06 2.5632e+06 2.5729e+06
10236.2 1.5916e+06 1.5915e+06 1.5917e+06
10392.6 1.9989e+06 1.9988e+06 1.9990e+06
11331.0 1.2034e+06 1.2033e+06 1.2035e+06
12738.7 1.3389e+06 1.3365e+06 1.3414e+06
12865.9 5.5771e+05 5.5768e+05 5.5773e+05
14212.1 4.5965e+06 4.5963e+06 4.5966e+06
16123.7 2.8340e+06 2.8253e+06 2.8427e+06
16136.4 8.1131e+06 8.0328e+06 8.1950e+06
16357.3 2.3864e+06 2.3820e+06 2.3908e+06
18688.6 3.6459e+06 3.6459e+06 3.6460e+06
18865.2 2.2149e+06 2.2149e+06 2.2150e+06
20348.7 1.5629e+06 1.5628e+06 1.5629e+06
21415.2 1.7095e+06 1.7095e+06 1.7095e+06
21904.5 3.6954e+06 3.6953e+06 3.6955e+06
23630.5 1.3725e+06 1.3724e+06 1.3725e+06
23787.0 3.3216e+05 3.3215e+05 3.3216e+05
24771.6 1.1522e+06 1.1522e+06 1.1523e+06
25236.5 1.9997e+06 1.9996e+06 1.9997e+06
25543.0 5.9194e+05 5.9193e+05 5.9195e+05
25562.4 8.3780e+05 8.3778e+05 8.3782e+05
27208.6 2.2973e+06 2.2972e+06 2.2973e+06
28226.8 6.0508e+06 6.0507e+06 6.0509e+06
28228.5 5.1058e+06 5.1057e+06 5.1058e+06
28233.5 2.8462e+06 2.8461e+06 2.8462e+06
28946.1 3.0162e+06 3.0161e+06 3.0162e+06
29045.1 1.5018e+06 1.5018e+06 1.5018e+06
29139.3 4.5280e+06 4.5280e+06 4.5281e+06
29398.6 6.9469e+06 6.9468e+06 6.9470e+06
29622.5 1.2690e+06 1.2690e+06 1.2690e+06
30303.0 1.8432e+06 1.8431e+06 1.8432e+06
31149.4 1.0890e+06 1.0890e+06 1.0891e+06
32024.0 2.0661e+06 2.0660e+06 2.0661e+06
2016-11-08
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1112.6 6.0778e+06 6.0522e+06 6.1037e+06
2551.8 4.2832e+06 4.2750e+06 4.2915e+06
4405.0 3.7124e+06 3.6470e+06 3.7801e+06
4443.7 3.4543e+06 3.4532e+06 3.4554e+06
4511.3 2.3471e+05 2.3442e+05 2.3500e+05
6778.3 2.7676e+06 2.7667e+06 2.7685e+06
6790.5 9.3077e+06 9.2532e+06 9.3628e+06
6818.0 1.5965e+06 1.5964e+06 1.5966e+06
6856.4 1.5612e+06 1.5607e+06 1.5617e+06
6895.0 1.5618e+06 1.5617e+06 1.5619e+06
6918.3 5.5271e+04 5.5267e+04 5.5275e+04
9546.1 2.4813e+06 2.4792e+06 2.4834e+06
10236.1 1.4156e+06 1.4156e+06 1.4157e+06
10392.6 1.9300e+06 1.9232e+06 1.9369e+06
11331.6 1.4138e+06 1.4137e+06 1.4138e+06
12738.7 1.5267e+06 1.5254e+06 1.5281e+06
12865.8 6.3722e+05 6.3719e+05 6.3724e+05
14211.9 4.4968e+06 4.4967e+06 4.4970e+06
16123.6 2.6170e+06 2.6169e+06 2.6171e+06
16136.4 7.7399e+06 7.6976e+06 7.7827e+06
16357.2 1.9119e+06 1.9077e+06 1.9161e+06
18688.5 3.1745e+06 3.1745e+06 3.1746e+06
18865.0 2.0300e+06 2.0299e+06 2.0300e+06
20348.7 1.4390e+06 1.4390e+06 1.4391e+06
21415.1 1.6406e+06 1.6405e+06 1.6406e+06
23630.5 1.5226e+06 1.5225e+06 1.5226e+06
25237.0 2.5215e+06 2.5214e+06 2.5215e+06
25543.0 8.4456e+05 8.4455e+05 8.4458e+05
27208.5 2.8485e+06 2.8484e+06 2.8485e+06
28946.0 2.7426e+06 2.7426e+06 2.7427e+06
29622.3 1.2209e+06 1.2209e+06 1.2209e+06
|
|
167
|
Tue Nov 8 11:39:20 2016 |
Gabriele | General | Measurements | S1600459 |
2016-11-08
- 11:23, in chamber, balanced
- 11:25 roughing pump on
- 11:38 turbo pump on
- 1:38pm excitation (3kV, ~20s). Quiet time before: 1162677138, quiet time after 1162677462
- 3:27pm excitation. (3kV, 30s). Quiet time after 1162682879
- 4:37pm, pumps stopped
Results
2016-11-08 A
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1108.3 1.5638e+07 1.5570e+07 1.5708e+07
2503.6 7.2192e+06 6.8796e+06 7.5940e+06
2542.2 7.3800e+06 7.3760e+06 7.3839e+06
4389.0 5.3514e+06 5.3121e+06 5.3913e+06
4427.6 5.3885e+06 5.3869e+06 5.3901e+06
4466.2 5.4399e+06 5.4000e+06 5.4803e+06
4495.0 2.1932e+05 2.1899e+05 2.1966e+05
6754.2 3.8355e+06 3.8326e+06 3.8383e+06
6767.2 1.3227e+07 1.3213e+07 1.3240e+07
6793.5 2.1749e+06 2.1747e+06 2.1751e+06
6832.1 2.1373e+06 2.1366e+06 2.1380e+06
6870.6 2.2276e+06 2.2274e+06 2.2278e+06
9512.8 2.9775e+06 2.9723e+06 2.9828e+06
10200.3 2.5862e+06 2.5812e+06 2.5913e+06
10357.0 1.7162e+06 1.7161e+06 1.7163e+06
12694.6 5.9843e+05 5.9841e+05 5.9845e+05
14162.4 4.9621e+06 4.9386e+06 4.9860e+06
16069.7 1.1980e+06 1.1979e+06 1.1980e+06
16080.1 2.6316e+06 2.6237e+06 2.6395e+06
16301.9 1.4163e+06 1.4162e+06 1.4163e+06
18623.9 3.6294e+06 3.6258e+06 3.6330e+06
20280.4 8.2385e+05 8.2383e+05 8.2387e+05
23548.3 4.6763e+06 4.6762e+06 4.6764e+06
24690.0 1.1723e+06 1.1723e+06 1.1724e+06
25694.0 5.4900e+05 5.4899e+05 5.4901e+05
27116.0 2.5536e+06 2.5536e+06 2.5537e+06
28845.1 1.6430e+06 1.6430e+06 1.6430e+06
29041.5 2.5349e+06 2.5348e+06 2.5349e+06
29519.0 2.5811e+06 2.5811e+06 2.5812e+06
30419.5 1.8440e+06 1.8439e+06 1.8440e+06
31263.4 1.5940e+06 1.5940e+06 1.5941e+06
32136.9 4.5330e+06 4.5330e+06 4.5331e+06
2016-11-08 B
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1108.4 1.3404e+07 1.3360e+07 1.3447e+07
2542.2 6.9483e+06 6.9392e+06 6.9574e+06
4389.0 4.5933e+06 4.5528e+06 4.6345e+06
4427.6 5.0578e+06 5.0565e+06 5.0591e+06
4466.1 4.7063e+06 4.6660e+06 4.7473e+06
4495.1 2.2376e+05 2.2324e+05 2.2427e+05
6754.3 3.5768e+06 3.5759e+06 3.5777e+06
6767.1 1.2441e+07 1.2411e+07 1.2470e+07
6793.7 1.9583e+06 1.9581e+06 1.9584e+06
6832.2 2.0323e+06 2.0318e+06 2.0329e+06
6870.7 2.0027e+06 2.0026e+06 2.0029e+06
9512.8 2.7522e+06 2.7497e+06 2.7546e+06
10200.4 2.4866e+06 2.4793e+06 2.4938e+06
10357.0 1.6884e+06 1.6837e+06 1.6931e+06
12694.7 6.2234e+05 6.2231e+05 6.2236e+05
14162.3 5.4381e+06 5.4299e+06 5.4463e+06
16069.8 1.1596e+06 1.1595e+06 1.1596e+06
16080.2 2.5075e+06 2.5002e+06 2.5148e+06
16302.0 1.3303e+06 1.3302e+06 1.3303e+06
18624.0 3.6265e+06 3.6207e+06 3.6322e+06
20280.6 7.8640e+05 7.8638e+05 7.8642e+05
21342.5 6.1946e+06 6.1945e+06 6.1948e+06
23548.5 3.9191e+06 3.9190e+06 3.9191e+06
24690.1 1.0713e+06 1.0713e+06 1.0713e+06
28845.3 1.6909e+06 1.6909e+06 1.6910e+06
29041.7 2.6668e+06 2.6668e+06 2.6669e+06
29518.6 2.4022e+06 2.4022e+06 2.4022e+06
30419.3 1.5929e+06 1.5929e+06 1.5930e+06
31263.0 1.4750e+06 1.4750e+06 1.4751e+06
32136.8 4.1712e+06 4.1711e+06 4.1713e+06
|
|
168
|
Tue Nov 8 17:09:20 2016 |
Gabriele | General | Measurements | S1600460 |
2016-11-08
2016-11-09
Results
2016-11-08 A
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1119.5 6.6404e+05 6.4444e+05 6.8484e+05
2504.0 5.3952e+06 5.3663e+06 5.4245e+06
2505.5 5.4008e+06 5.3791e+06 5.4226e+06
2510.6 1.0237e+06 9.9922e+05 1.0495e+06
2537.5 5.5690e+05 5.5679e+05 5.5701e+05
2545.0 9.5810e+05 9.5676e+05 9.5944e+05
2552.0 7.5631e+05 7.5616e+05 7.5646e+05
2582.3 1.0468e+06 1.0373e+06 1.0565e+06
3377.5 1.2974e+06 1.2972e+06 1.2975e+06
4361.5 2.9905e+06 2.9870e+06 2.9940e+06
4390.0 1.5871e+05 1.5869e+05 1.5873e+05
4428.9 1.6234e+05 1.6226e+05 1.6242e+05
4467.5 1.6373e+05 1.6371e+05 1.6375e+05
6653.7 3.0794e+06 3.0779e+06 3.0809e+06
6670.1 1.0338e+07 1.0326e+07 1.0350e+07
6730.4 1.4921e+06 1.4893e+06 1.4949e+06
6798.0 3.5459e+05 3.5456e+05 3.5461e+05
9372.3 2.1885e+06 2.1875e+06 2.1895e+06
10055.0 1.6518e+06 1.6517e+06 1.6519e+06
10210.3 2.7007e+05 2.7005e+05 2.7008e+05
12507.3 1.6391e+06 1.6391e+06 1.6392e+06
13961.7 7.0939e+06 7.0387e+06 7.1500e+06
15837.2 2.0382e+06 2.0365e+06 2.0399e+06
15850.6 5.9047e+06 5.8559e+06 5.9543e+06
16064.1 1.8247e+06 1.8246e+06 1.8247e+06
18532.6 3.1042e+05 3.1041e+05 3.1043e+05
18797.0 1.8528e+06 1.8527e+06 1.8528e+06
19983.2 1.3315e+06 1.3196e+06 1.3436e+06
21043.9 6.7756e+06 6.3946e+06 7.2047e+06
22640.6 2.6064e+06 2.6063e+06 2.6064e+06
23218.7 4.4360e+06 4.4359e+06 4.4361e+06
24331.4 1.2956e+06 1.2955e+06 1.2956e+06
26268.9 5.9110e+05 5.9109e+05 5.9111e+05
26740.4 3.9234e+06 3.9234e+06 3.9235e+06
28436.5 2.8936e+06 2.8858e+06 2.9014e+06
28636.0 2.4942e+06 2.4941e+06 2.4942e+06
29140.0 5.9494e+05 5.9493e+05 5.9495e+05
30906.6 2.0991e+06 2.0991e+06 2.0991e+06
32340.0 1.9250e+06 1.9250e+06 1.9250e+06
2016-11-08 B
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1112.1 1.0416e+06 1.0354e+06 1.0479e+06
2224.6 1.0526e+06 1.0498e+06 1.0555e+06
2506.2 6.2467e+06 6.2222e+06 6.2715e+06
2511.0 9.1074e+05 8.9608e+05 9.2589e+05
2544.9 9.2936e+05 9.2745e+05 9.3127e+05
2579.0 9.3199e+05 9.2088e+05 9.4336e+05
2583.3 9.1765e+05 9.1228e+05 9.2308e+05
2778.1 2.6436e+06 2.6213e+06 2.6664e+06
3657.0 9.4905e+05 9.4892e+05 9.4918e+05
4323.0 2.7441e+06 2.6975e+06 2.7924e+06
4361.4 2.9870e+06 2.9852e+06 2.9887e+06
5618.3 9.7528e+05 9.7519e+05 9.7536e+05
6653.7 2.9851e+06 2.9799e+06 2.9903e+06
6670.0 1.0065e+07 1.0049e+07 1.0081e+07
6691.7 1.4940e+06 1.4774e+06 1.5110e+06
6723.0 9.4356e+04 9.4349e+04 9.4363e+04
6730.5 1.5010e+06 1.5000e+06 1.5021e+06
6737.7 9.3824e+04 9.3817e+04 9.3831e+04
6769.0 1.4817e+06 1.4683e+06 1.4954e+06
6797.8 3.4621e+05 3.4618e+05 3.4623e+05
7842.6 1.3638e+06 1.3637e+06 1.3639e+06
9372.2 2.1002e+06 2.0979e+06 2.1025e+06
10055.0 1.6575e+06 1.6417e+06 1.6735e+06
10210.0 2.7696e+05 2.7694e+05 2.7697e+05
12507.3 1.5841e+06 1.5824e+06 1.5858e+06
13961.5 6.9382e+06 6.8656e+06 7.0122e+06
15837.2 1.9985e+06 1.9964e+06 2.0006e+06
15850.6 5.9234e+06 5.9232e+06 5.9236e+06
16064.0 1.7705e+06 1.7704e+06 1.7705e+06
18361.4 2.5816e+06 2.5815e+06 2.5817e+06
19983.2 1.3972e+06 1.3907e+06 1.4038e+06
21043.9 9.7066e+06 8.8724e+06 1.0714e+07
22640.9 2.8173e+06 2.8173e+06 2.8174e+06
23218.7 4.2100e+06 4.2099e+06 4.2101e+06
24331.1 1.2336e+06 1.2336e+06 1.2336e+06
28436.4 2.7860e+06 2.7860e+06 2.7861e+06
28635.6 2.7569e+06 2.7568e+06 2.7569e+06
|
|
169
|
Wed Nov 9 09:56:50 2016 |
Gabriele | General | Measurements | S1600461 |
2016-11-09
- 9:45am in chamber, balanced
- 9:46am roughing pump on
- 9:57am turbo pump on
- 1:02pm: quiet time before excitation 1162760526, excitation ampl. 3kV, duration ~20s, quiet time after 1162760661
- 2:25pm, another excitation, quiet time after 1162765583
- 3:30pm, pumps off
Results
2016-11-08 A
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1112.3 1.5917e+07 1.5885e+07 1.5948e+07
1944.9 2.7053e+07 2.6225e+07 2.7935e+07
2512.9 5.8309e+05 5.8297e+05 5.8321e+05
2551.4 6.1779e+05 6.1606e+05 6.1953e+05
4444.4 6.9722e+05 6.9646e+05 6.9798e+05
4471.6 1.6717e+05 1.6715e+05 1.6719e+05
4502.5 5.2860e+04 5.2854e+04 5.2866e+04
4510.2 1.7001e+05 1.6995e+05 1.7008e+05
4518.0 5.2761e+04 5.2755e+04 5.2767e+04
4548.8 1.6907e+05 1.6906e+05 1.6909e+05
6741.5 1.6607e+06 1.6606e+06 1.6608e+06
6780.0 1.6527e+06 1.6523e+06 1.6531e+06
6803.6 9.9399e+06 9.9362e+06 9.9437e+06
6818.5 1.6635e+06 1.6633e+06 1.6636e+06
6856.0 1.2917e+06 1.2866e+06 1.2968e+06
9548.9 6.6037e+05 6.5927e+05 6.6147e+05
10252.2 1.1877e+07 1.1873e+07 1.1881e+07
10406.4 9.5454e+05 9.5449e+05 9.5458e+05
12742.3 2.5129e+05 2.5128e+05 2.5130e+05
14231.9 5.2480e+05 5.2478e+05 5.2482e+05
16143.0 2.1547e+06 2.1546e+06 2.1547e+06
16165.5 9.9736e+06 9.9305e+06 1.0017e+07
16324.1 2.0684e+06 2.0684e+06 2.0685e+06
16362.7 2.0847e+06 2.0838e+06 2.0857e+06
16401.2 2.0931e+06 2.0931e+06 2.0932e+06
18713.5 3.0002e+06 3.0001e+06 3.0002e+06
20305.5 3.7687e+05 3.7686e+05 3.7688e+05
20356.6 5.7487e+05 5.7486e+05 5.7488e+05
21448.8 5.5873e+06 5.5759e+06 5.5988e+06
23660.7 3.4572e+06 3.4454e+06 3.4690e+06
24779.6 6.1454e+05 6.1453e+05 6.1455e+05
27248.5 4.3485e+06 4.3485e+06 4.3486e+06
29080.9 3.2828e+06 3.2828e+06 3.2829e+06
29192.0 1.1073e+07 1.0994e+07 1.1153e+07
29668.3 1.1949e+06 1.1949e+06 1.1949e+06
31978.4 3.9904e+06 3.9904e+06 3.9905e+06
2016-11-09 B
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1112.3 1.5872e+07 1.5840e+07 1.5903e+07
1945.0 2.9329e+07 2.8527e+07 3.0177e+07
2224.4 1.6491e+07 1.6262e+07 1.6727e+07
2512.9 7.2946e+05 7.2513e+05 7.3384e+05
2551.5 7.7884e+05 7.7715e+05 7.8054e+05
4444.4 6.8441e+05 6.8422e+05 6.8459e+05
4471.6 1.7717e+05 1.7715e+05 1.7719e+05
4502.5 6.9790e+04 6.9783e+04 6.9798e+04
4510.3 1.7365e+05 1.7357e+05 1.7373e+05
4517.7 6.9972e+04 6.9964e+04 6.9980e+04
4548.8 1.7984e+05 1.7982e+05 1.7986e+05
6741.5 1.7916e+06 1.7915e+06 1.7917e+06
6780.0 1.8821e+06 1.8817e+06 1.8825e+06
6803.6 1.1061e+07 1.1050e+07 1.1071e+07
6818.5 1.8161e+06 1.8160e+06 1.8163e+06
6855.9 1.3496e+06 1.3472e+06 1.3521e+06
9549.0 6.6677e+05 6.6557e+05 6.6798e+05
10252.1 1.1961e+07 1.1945e+07 1.1977e+07
10406.4 9.8990e+05 9.8647e+05 9.9336e+05
12742.4 2.3726e+05 2.3725e+05 2.3727e+05
12829.0 3.7039e+05 3.7038e+05 3.7041e+05
12860.0 1.6576e+05 1.6576e+05 1.6577e+05
12867.9 3.7196e+05 3.6849e+05 3.7549e+05
12875.0 1.6658e+05 1.6657e+05 1.6658e+05
14231.9 5.1978e+05 5.1976e+05 5.1980e+05
16143.0 2.2069e+06 2.2068e+06 2.2069e+06
16165.5 1.0126e+07 1.0110e+07 1.0143e+07
16324.3 2.0036e+06 2.0035e+06 2.0036e+06
16362.7 2.0305e+06 2.0295e+06 2.0316e+06
16401.4 2.0320e+06 2.0319e+06 2.0320e+06
20356.7 5.8725e+05 5.8724e+05 5.8727e+05
21449.0 7.7227e+06 7.6377e+06 7.8096e+06
23660.8 3.2698e+06 3.2604e+06 3.2792e+06
24779.8 6.2124e+05 6.2123e+05 6.2125e+05
27248.5 4.2218e+06 4.2217e+06 4.2219e+06
29081.0 3.3153e+06 3.3152e+06 3.3153e+06
29192.1 1.0923e+07 1.0847e+07 1.1000e+07
29668.0 1.2406e+06 1.2406e+06 1.2407e+06
31978.4 3.5580e+06 3.5580e+06 3.5581e+06
|
| Attachment 3: ringdowns.png
|
|
|
171
|
Wed Nov 9 16:25:21 2016 |
Gabriele | General | Measurements | S1600463 |
2016-11-09
- 4:24pm, in chamber, balanced
- 4:25pm, roughing pump on
- 4:37, turbo pump on
- 6:44pm: excitation 3kV, ~30s. Quiet time before 1162781217, quiet time after 1162781428
- 9:12pm; excitation 3kV, ~30s, Quiet time before 1162789967, quiet time after 1162790079
- two more excitations planned for the night
2016-11-10
Results
2016-11-09 A
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1099.5 1.0066e+07 1.0046e+07 1.0086e+07
2521.9 5.7421e+06 5.7384e+06 5.7458e+06
4392.7 3.5549e+06 3.5484e+06 3.5613e+06
4458.8 1.1698e+05 1.1608e+05 1.1790e+05
6701.0 3.0215e+06 3.0192e+06 3.0239e+06
6719.8 1.1624e+07 1.1611e+07 1.1637e+07
6777.1 1.8900e+06 1.8890e+06 1.8910e+06
9438.3 2.4180e+06 2.4002e+06 2.4362e+06
10129.8 1.2106e+06 1.2093e+06 1.2120e+06
10284.4 1.3457e+06 1.3388e+06 1.3527e+06
12595.2 1.6405e+06 1.6305e+06 1.6507e+06
14065.3 8.5283e+06 8.5246e+06 8.5320e+06
15952.1 1.8901e+06 1.8839e+06 1.8964e+06
15966.8 7.1163e+06 7.1087e+06 7.1239e+06
16177.1 1.5698e+06 1.5615e+06 1.5782e+06
21197.9 6.1736e+06 6.1661e+06 6.1812e+06
23390.2 3.3534e+06 3.3460e+06 3.3608e+06
24497.3 1.4166e+06 1.4166e+06 1.4166e+06
25987.4 6.7031e+05 6.7029e+05 6.7032e+05
26935.8 3.9783e+06 3.9417e+06 4.0156e+06
28641.0 2.5059e+06 2.4891e+06 2.5229e+06
28845.9 4.8941e+06 4.8735e+06 4.9149e+06
29758.0 6.6465e+06 6.6350e+06 6.6580e+06
2016-11-09 B
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1099.5 9.7632e+06 9.7168e+06 9.8100e+06
2521.9 5.2682e+06 5.2631e+06 5.2733e+06
4392.7 3.3298e+06 3.3290e+06 3.3307e+06
4458.8 1.1263e+05 1.1219e+05 1.1307e+05
6700.9 2.8184e+06 2.8131e+06 2.8237e+06
6719.7 1.1530e+07 1.1520e+07 1.1540e+07
6777.1 1.8290e+06 1.8255e+06 1.8325e+06
9438.4 2.2950e+06 2.2714e+06 2.3191e+06
10129.8 1.1372e+06 1.1363e+06 1.1381e+06
10284.4 1.3204e+06 1.3176e+06 1.3231e+06
12595.2 1.5333e+06 1.5294e+06 1.5373e+06
14065.3 7.9394e+06 7.9358e+06 7.9431e+06
15952.1 9.8727e+05 9.8514e+05 9.8941e+05
15966.8 5.4806e+06 5.4721e+06 5.4892e+06
16177.1 1.5194e+06 1.5113e+06 1.5275e+06
23390.1 3.1415e+06 3.1342e+06 3.1489e+06
24497.0 1.3865e+06 1.3865e+06 1.3865e+06
26935.7 4.8356e+06 4.8222e+06 4.8491e+06
28641.0 2.3571e+06 2.3347e+06 2.3799e+06
28845.9 4.6321e+06 4.6008e+06 4.6638e+06
29757.9 4.3171e+06 4.2818e+06 4.3530e+06
|
|
172
|
Thu Nov 10 10:03:17 2016 |
Gabriele | General | Measurements | S1600465 |
2016-11-10
- 10:01am, in chamber, balanced
- 10:03am, roughing pump on
- 10:23am, turbo pump on
- 12:16pm excitation (3kV, ~20s), quiet time before 1162844853, quiet time after 1162844912.
- This was lost because the frame disk was full and the wiper.pl script was not running!!! The crontab was pointing to x1 instead of x3
- I deleted some old frame files and updated the crontab. The problem should be fixed now
- 1:50pm, excitation (3kV, ~30s), quiet time before 1162850776, quiet time after 1162850868
- 2:50pm, excitation (1.9kV, ~30s), quiet time before 1162853341, quiet time after 1162853481
- 3:40pm, pumps off
Results
Q's are low!
2016-11-10 A
 
  
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1095.0 1.2015e+06 1.1994e+06 1.2036e+06
2472.1 1.2645e+06 1.2565e+06 1.2726e+06
2510.4 1.2525e+06 1.2519e+06 1.2531e+06
2548.4 7.3296e+05 7.3138e+05 7.3454e+05
2587.0 7.5560e+05 7.4510e+05 7.6639e+05
4371.3 1.0427e+06 1.0421e+06 1.0432e+06
4433.9 1.8185e+05 1.8162e+05 1.8209e+05
6667.0 8.1669e+05 8.1586e+05 8.1753e+05
6680.7 3.9680e+06 3.9658e+06 3.9703e+06
6739.0 1.0240e+06 1.0235e+06 1.0244e+06
6799.2 4.1092e+05 4.1047e+05 4.1137e+05
9388.7 7.9932e+05 7.9878e+05 7.9987e+05
10217.9 1.7660e+05 1.7609e+05 1.7713e+05
11445.0 5.8959e+04 5.8957e+04 5.8962e+04
12527.0 4.6659e+05 4.6255e+05 4.7070e+05
13982.6 1.1515e+06 1.1474e+06 1.1556e+06
15869.2 3.1943e+05 3.1778e+05 3.2111e+05
15877.7 3.0831e+05 3.0830e+05 3.0832e+05
16084.0 1.8992e+05 1.8991e+05 1.8992e+05
23254.4 1.8849e+05 1.8848e+05 1.8849e+05
26771.4 1.1868e+06 1.1776e+06 1.1960e+06
28495.1 3.9945e+05 3.9944e+05 3.9945e+05
28679.0 6.9279e+05 6.9278e+05 6.9280e+05
2016-11-10 B
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1095.0 1.1892e+06 1.1858e+06 1.1927e+06
2472.0 1.2834e+06 1.2655e+06 1.3017e+06
2510.4 1.2882e+06 1.2870e+06 1.2894e+06
2548.4 7.5857e+05 7.5706e+05 7.6009e+05
2558.0 5.0671e+05 4.6908e+05 5.5088e+05
2586.7 7.6939e+05 7.5984e+05 7.7918e+05
4371.3 1.0269e+06 1.0262e+06 1.0276e+06
4433.9 1.8067e+05 1.8050e+05 1.8085e+05
6667.0 8.1092e+05 8.0996e+05 8.1188e+05
6680.7 3.9209e+06 3.9199e+06 3.9219e+06
6739.1 1.0166e+06 1.0162e+06 1.0169e+06
6777.0 9.9454e+05 9.7718e+05 1.0125e+06
6799.4 4.1306e+05 4.1258e+05 4.1354e+05
9388.7 7.9169e+05 7.9094e+05 7.9243e+05
10218.0 1.7477e+05 1.7442e+05 1.7512e+05
11445.0 6.0272e+04 6.0269e+04 6.0274e+04
12526.8 4.6954e+05 4.6279e+05 4.7648e+05
13982.6 1.1871e+06 1.1852e+06 1.1889e+06
15869.4 3.5465e+05 3.5146e+05 3.5791e+05
15877.6 3.4842e+05 3.4841e+05 3.4843e+05
26771.5 1.7623e+06 1.7588e+06 1.7659e+06
28495.2 1.0461e+06 1.0343e+06 1.0582e+06
28679.3 2.5088e+06 2.5088e+06 2.5089e+06 |
| Attachment 1: spectra.png
|
|
| Attachment 2: peaks.png
|
|
|
175
|
Thu Nov 10 16:13:46 2016 |
Gabriele | General | Measurements | S1600450 again |
Noticed a small chip on the side, marked as damaged
2016-11-10
- 4:00pm, optical setup realigned to horizontal reference
- 4:12pm, sample in chamber, balanced
- 4:13pm, roughing pump on
- 4:24pm, turbo pump on
- 7:40pm excitation (2kV, 30 s), quiet time before 1162870778, quiet time after 1162870905
- Three more excitations planned for the night
-
Quiet time before excitation: 1162886983
Excitation at 1162887027 (30 s)
Quiet time after excitation: 1162887057
-
Quiet time before excitation: 1162897887
Excitation at 1162897931 (30 s)
Quiet time after excitation: 1162897961
-
Quiet time before excitation: 1162908791
Excitation at 1162908835 (30 s)
Quiet time after excitation: 1162908865
2016-11-11
Results
2016-11-10 A
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1102.0 5.3024e+06 5.2839e+06 5.3211e+06
2527.2 2.9856e+06 2.9823e+06 2.9889e+06
2567.4 8.6286e+05 8.5588e+05 8.6995e+05
2788.4 4.6339e+06 4.5542e+06 4.7165e+06
4401.7 1.8540e+06 1.8535e+06 1.8545e+06
4467.4 2.2187e+05 2.2126e+05 2.2248e+05
6713.8 1.4683e+06 1.4679e+06 1.4688e+06
6724.1 6.5991e+06 6.5929e+06 6.6053e+06
6787.9 1.1469e+06 1.1464e+06 1.1474e+06
6853.4 1.1702e+05 1.1657e+05 1.1748e+05
9456.6 1.1755e+06 1.1751e+06 1.1759e+06
10293.0 1.7976e+05 1.7975e+05 1.7977e+05
12619.6 5.9997e+05 5.9686e+05 6.0312e+05
12741.1 2.0405e+05 2.0224e+05 2.0589e+05
14079.9 3.5517e+06 3.5500e+06 3.5535e+06
15976.5 8.4967e+05 8.4690e+05 8.5246e+05
16205.5 9.4038e+05 9.3824e+05 9.4252e+05
18518.2 4.1016e+05 4.0891e+05 4.1141e+05
20106.4 3.0991e+05 3.0990e+05 3.0991e+05
23418.5 1.6833e+06 1.6780e+06 1.6886e+06
25592.6 1.3253e+06 1.3253e+06 1.3254e+06
26956.2 1.3545e+06 1.3545e+06 1.3545e+06
28687.0 9.9537e+05 9.8974e+05 1.0011e+06
28776.0 1.0314e+06 1.0254e+06 1.0374e+06
28861.5 4.1845e+06 4.1844e+06 4.1846e+06
29732.6 1.0816e+06 1.0815e+06 1.0816e+06
2016-11-10 B
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1101.7 5.2606e+06 5.2430e+06 5.2782e+06
2527.4 2.9196e+06 2.9186e+06 2.9206e+06
2567.3 8.0586e+05 8.0324e+05 8.0850e+05
4401.8 1.8612e+06 1.8609e+06 1.8616e+06
4467.4 2.1847e+05 2.1824e+05 2.1869e+05
6713.8 1.4727e+06 1.4724e+06 1.4730e+06
6724.0 6.6231e+06 6.6191e+06 6.6271e+06
6787.9 1.1299e+06 1.1296e+06 1.1302e+06
6853.2 1.2340e+05 1.2273e+05 1.2408e+05
9456.6 1.1774e+06 1.1772e+06 1.1777e+06
14079.8 3.7293e+06 3.7020e+06 3.7570e+06
15976.3 9.2595e+05 9.2298e+05 9.2894e+05
16205.5 9.2283e+05 9.1471e+05 9.3111e+05
18518.1 3.9478e+05 3.9477e+05 3.9479e+05
23418.5 1.4435e+06 1.4305e+06 1.4567e+06
26956.3 4.3919e+06 4.3824e+06 4.4015e+06
28686.9 8.1295e+05 8.0911e+05 8.1682e+05
28776.0 9.3826e+05 9.3824e+05 9.3827e+05
28861.5 3.1460e+06 3.1028e+06 3.1903e+06
|
|
177
|
Fri Nov 11 10:29:57 2016 |
Gabriele | General | Measurements | S1600454 |
Note: Marked at "damaged?" by Alena
2016-11-11
- 10:28am, in chamber, balanced
- 10:29am, roughing pump started
- 10:42am, turbo pump started
- 12:50am, excitation 2kV, 30s , quiet time before 1162929094+30s, quiet time after 1162929206+30s
- something happened after ~850 seconds...
- 1:42pm, excitation 2kV, 30s, quiet time before 1162935703+30s, quiet time after 1162935801+30s
- 3:07pm, pumps stopped
Results
2016-11-11 A
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1113.5 1.1749e+07 1.1593e+07 1.1908e+07
2553.4 4.0388e+06 4.0359e+06 4.0417e+06
4446.6 4.6170e+06 4.6141e+06 4.6199e+06
4514.3 2.9059e+05 2.9012e+05 2.9107e+05
6782.6 1.0254e+06 1.0241e+06 1.0266e+06
6801.5 1.9269e+06 1.9255e+06 1.9282e+06
6860.7 1.3774e+06 1.3769e+06 1.3779e+06
9552.2 1.9909e+06 1.9848e+06 1.9971e+06
10407.0 2.5039e+06 2.5001e+06 2.5078e+06
12746.0 1.1864e+06 1.1843e+06 1.1885e+06
14230.5 8.0322e+05 8.0158e+05 8.0486e+05
16141.9 6.6250e+05 6.5746e+05 6.6761e+05
16160.8 3.9976e+06 3.9902e+06 4.0050e+06
16367.6 1.4247e+06 1.4121e+06 1.4376e+06
18888.5 1.1559e+05 1.1559e+05 1.1560e+05
21839.5 1.0733e+06 1.0733e+06 1.0734e+06
23660.1 5.7483e+05 5.7481e+05 5.7484e+05
24786.0 8.8886e+05 8.8884e+05 8.8887e+05
25534.0 6.0001e+05 6.0000e+05 6.0002e+05
27247.3 1.2955e+06 1.2955e+06 1.2956e+06
28977.5 1.2581e+06 1.2581e+06 1.2581e+06
29076.5 1.2993e+06 1.2934e+06 1.3052e+06
29342.0 1.2664e+06 1.2664e+06 1.2665e+06
31088.0 4.7656e+05 4.7655e+05 4.7657e+05
31713.0 1.6862e+06 1.6862e+06 1.6862e+06
2016-11-11 B
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1113.5 4.6063e+06 4.5931e+06 4.6196e+06
2553.5 4.8384e+05 4.7913e+05 4.8864e+05
2594.3 6.9375e+05 6.9006e+05 6.9748e+05
4446.5 3.6254e+06 3.6244e+06 3.6265e+06
4514.3 2.8637e+05 2.8360e+05 2.8918e+05
6782.7 1.6890e+06 1.6826e+06 1.6954e+06
6801.5 3.6093e+06 3.5426e+06 3.6786e+06
6860.7 1.3362e+06 1.3356e+06 1.3368e+06
9552.2 1.6879e+06 1.6392e+06 1.7395e+06
10407.1 2.6518e+06 2.6339e+06 2.6699e+06
12746.1 1.1566e+06 1.1388e+06 1.1750e+06
14230.6 8.4460e+05 8.3550e+05 8.5390e+05
16142.0 6.0038e+05 6.0036e+05 6.0039e+05
16160.9 3.5967e+06 3.5844e+06 3.6090e+06
16367.8 1.0885e+06 1.0782e+06 1.0991e+06
27247.6 1.1635e+06 1.1039e+06 1.2299e+06
28977.8 1.2100e+06 1.2100e+06 1.2100e+06
29076.9 1.7618e+06 1.7392e+06 1.7851e+06
29186.8 3.2163e+06 3.2162e+06 3.2164e+06
29341.5 1.0715e+06 1.0714e+06 1.0715e+06
29680.0 1.1609e+06 1.1608e+06 1.1609e+06
31976.4 1.0149e+06 1.0149e+06 1.0149e+06
|
| Attachment 5: spectra.png
|
|
|
178
|
Fri Nov 11 16:38:23 2016 |
Gabriele | General | Measurements | S1600466 |
2016-11-11
2016-11-12
Results
2016-11-11
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1090.5 1.6675e+07 1.6206e+07 1.7172e+07
2501.2 1.1191e+07 1.1163e+07 1.1220e+07
2542.4 4.0691e+05 4.0503e+05 4.0880e+05
4355.2 7.2116e+06 7.2078e+06 7.2154e+06
4423.9 1.5223e+05 1.5221e+05 1.5225e+05
6644.0 4.3292e+06 4.3171e+06 4.3413e+06
6653.5 2.0495e+07 2.0453e+07 2.0537e+07
6722.2 1.6917e+06 1.6891e+06 1.6944e+06
9359.2 3.9201e+06 3.9166e+06 3.9236e+06
10191.7 2.0209e+06 1.9986e+06 2.0438e+06
12490.8 2.5034e+06 2.4804e+06 2.5268e+06
13931.5 1.1993e+07 1.1964e+07 1.2022e+07
15805.0 1.8647e+06 1.8485e+06 1.8812e+06
15811.9 1.1364e+07 1.1336e+07 1.1393e+07
16043.3 1.7186e+06 1.7092e+06 1.7280e+06
18284.5 8.9726e+05 8.9723e+05 8.9728e+05
18497.9 1.0294e+06 1.0208e+06 1.0381e+06
23172.4 4.9055e+06 4.8967e+06 4.9144e+06
24848.5 1.8458e+06 1.8458e+06 1.8458e+06
25987.0 7.9809e+06 7.7772e+06 8.1957e+06
26683.2 1.1400e+07 1.1386e+07 1.1415e+07
28376.3 6.5734e+06 6.5135e+06 6.6345e+06
28473.4 3.8361e+06 3.7811e+06 3.8928e+06
28568.4 1.3993e+07 1.3893e+07 1.4094e+07
30095.6 1.3830e+07 1.3633e+07 1.4032e+07
30952.0 3.3822e+06 3.3822e+06 3.3823e+06
31828.1 2.6835e+06 2.6834e+06 2.6835e+06
32406.5 2.0068e+06 2.0067e+06 2.0068e+06
2016-11-12
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1090.5 1.8006e+07 1.5301e+07 2.1867e+07
2501.0 1.0560e+07 1.0530e+07 1.0590e+07
2542.5 4.4638e+05 4.4567e+05 4.4710e+05
4355.2 7.1326e+06 7.1296e+06 7.1356e+06
4424.1 1.6117e+05 1.5314e+05 1.7008e+05
6644.0 4.5510e+06 4.5445e+06 4.5576e+06
6653.5 2.1827e+07 2.1806e+07 2.1848e+07
6722.2 2.1486e+06 2.1473e+06 2.1500e+06
9359.2 2.2299e+06 2.2212e+06 2.2388e+06
10191.7 2.1281e+06 2.0397e+06 2.2245e+06
12362.5 3.7022e+06 3.7021e+06 3.7024e+06
12490.9 2.7104e+06 2.6974e+06 2.7236e+06
13931.6 1.2366e+07 1.2325e+07 1.2408e+07
15805.1 1.8549e+06 1.8481e+06 1.8617e+06
15811.9 1.1797e+07 1.1776e+07 1.1819e+07
16043.4 2.5330e+06 2.5192e+06 2.5469e+06
18498.0 8.0772e+05 8.0770e+05 8.0774e+05
22735.0 8.2479e+06 8.2477e+06 8.2481e+06
23172.5 5.0380e+06 5.0154e+06 5.0608e+06
24301.0 1.8758e+06 1.8758e+06 1.8759e+06
24848.3 2.3044e+06 2.3043e+06 2.3044e+06
25987.0 7.6224e+06 7.6223e+06 7.6226e+06
26322.0 1.0341e+06 1.0341e+06 1.0341e+06
26683.4 1.1224e+07 1.1194e+07 1.1254e+07
28473.5 3.8882e+06 3.8157e+06 3.9636e+06
28568.5 1.4189e+07 1.4141e+07 1.4237e+07
29067.6 4.7110e+05 4.7110e+05 4.7111e+05
30095.4 1.3861e+07 1.3739e+07 1.3986e+07
30951.9 3.4868e+06 3.4626e+06 3.5112e+06
31828.0 2.9665e+06 2.9352e+06 2.9985e+06
32406.0 2.2123e+06 2.2123e+06 2.2124e+06
|
|
179
|
Sat Nov 12 09:39:46 2016 |
Gabriele | General | Measurements | S1600468 |
2016-11-12
- 9:39am, in chamber, balanced
- 9:39am, roughing pump on
- 9:52, turbo pump on
- 12:14pm, excitation: first band passed around 1100 Hz (using filter bank FM5) with amplitude 3kV, then usual broadband with amplitude 3 kV
- quiet time after 1163016908
- 2:50pm, excitation as above, quiet time before 1163026243, quiet time after 1163026429
- 3:28pm, the previous excitations didn't work very well, done anothe one. Quiet time after 1163028556
- 7:09pm, another excitation (3kV, 30s). Quiet time before 1163041791, quiet time after 1163041952. This is good
- 9:04pm, another excitation (3kV, 60s). Quiet time before 1163048623, quiet time after 1163048849
2016-11-13
Results
2016-11-12 A
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1107.0 1.2271e+07 1.2230e+07 1.2313e+07
2538.2 6.7299e+06 6.7276e+06 6.7322e+06
2580.0 1.0201e+06 1.0045e+06 1.0363e+06
4420.2 3.3946e+06 3.3932e+06 3.3961e+06
4488.3 3.4539e+05 3.4499e+05 3.4579e+05
6742.6 3.4664e+06 3.4654e+06 3.4674e+06
6756.0 1.2338e+07 1.2297e+07 1.2379e+07
6820.8 2.7783e+06 2.7774e+06 2.7792e+06
9496.3 8.6303e+05 8.6269e+05 8.6338e+05
10183.4 1.0287e+06 1.0276e+06 1.0299e+06
12672.0 6.7333e+05 6.7053e+05 6.7615e+05
14139.4 4.5748e+06 4.5636e+06 4.5860e+06
16039.5 1.6091e+06 1.6057e+06 1.6126e+06
16053.5 8.2144e+06 8.2061e+06 8.2228e+06
16273.4 1.4619e+06 1.4573e+06 1.4666e+06
18594.2 5.2728e+05 5.2726e+05 5.2729e+05
20185.4 6.2639e+05 6.2637e+05 6.2641e+05
20243.0 4.9019e+05 4.9017e+05 4.9020e+05
23511.8 5.6831e+05 5.6830e+05 5.6832e+05
24645.2 5.2455e+05 5.2454e+05 5.2456e+05
25430.0 9.6495e+05 9.6493e+05 9.6497e+05
28797.5 1.8557e+06 1.8557e+06 1.8558e+06
28898.6 2.0557e+06 2.0417e+06 2.0699e+06
28996.1 3.8089e+06 3.7871e+06 3.8310e+06
29501.6 4.9763e+05 4.9762e+05 4.9764e+05
29575.6 2.9382e+06 2.9381e+06 2.9382e+06
31293.5 7.5105e+05 7.5104e+05 7.5106e+05
2016-11-12 B
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
2538.3 6.6590e+06 6.6535e+06 6.6646e+06
4420.1 3.3867e+06 3.3854e+06 3.3880e+06
4488.3 3.5406e+05 3.5393e+05 3.5419e+05
6742.6 3.4635e+06 3.4583e+06 3.4687e+06
6756.0 1.4419e+07 1.4103e+07 1.4750e+07
6820.9 2.7751e+06 2.7729e+06 2.7773e+06
9496.3 8.1276e+05 8.1239e+05 8.1313e+05
10183.4 1.0124e+06 1.0091e+06 1.0157e+06
11422.5 7.7922e+04 7.7919e+04 7.7926e+04
12672.0 6.6570e+05 6.6414e+05 6.6727e+05
14139.4 5.3701e+06 5.3570e+06 5.3832e+06
16039.5 1.7203e+06 1.7179e+06 1.7227e+06
16053.5 8.2568e+06 8.2438e+06 8.2699e+06
16273.4 1.4714e+06 1.4656e+06 1.4773e+06
18225.0 7.3060e+05 7.3058e+05 7.3062e+05
18594.2 5.3148e+05 5.3147e+05 5.3150e+05
20185.1 6.3606e+05 6.3604e+05 6.3607e+05
20243.1 4.9319e+05 4.9317e+05 4.9320e+05
23511.7 5.9188e+05 5.9187e+05 5.9189e+05
24251.5 5.1792e+05 5.1791e+05 5.1793e+05
24645.2 5.1672e+05 5.1671e+05 5.1674e+05
27387.0 2.8928e+05 2.8927e+05 2.8929e+05
28797.6 2.0240e+06 2.0239e+06 2.0240e+06
28898.6 2.0321e+06 2.0198e+06 2.0446e+06
28996.1 3.7763e+06 3.7127e+06 3.8421e+06
29473.0 2.5233e+05 2.5233e+05 2.5233e+05
29575.6 2.8365e+06 2.8364e+06 2.8365e+06
31293.4 7.5482e+05 7.5481e+05 7.5483e+05
31924.4 2.0841e+06 2.0840e+06 2.0841e+06
32187.5 1.0967e+06 1.0967e+06 1.0967e+06 |
|
180
|
Sat Nov 12 09:49:07 2016 |
Gabriele | General | Measurements | 12 substrates ready for Montreal |
The 12 following substrates have been measured and are ready for the first coating experiment in Montreal:
|
|
182
|
Sun Nov 13 10:40:16 2016 |
Gabriele | General | Measurements | S1600469 |
2016-11-13
- 10:39am in chamber, balanced
- 10:40am, roughing pump on
- 10:49am, turbo pump on
- 1:21pm, excitation (3 kV, 30s), quiet time before 1163107279, quiet time after 1163107415
- 4:20pm, excitation (3kV, 30s) quiet time before 1163118070, quiet time after 1163118145
- 6:34pm, pumps off
Results
2016-11-13 A
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1109.1 1.2009e+07 1.1962e+07 1.2057e+07
2543.6 5.5300e+06 5.5229e+06 5.5371e+06
4429.4 3.5636e+06 3.5626e+06 3.5646e+06
4495.8 1.9892e+05 1.9849e+05 1.9934e+05
6755.9 2.7949e+06 2.7935e+06 2.7963e+06
6769.6 8.0386e+06 8.0366e+06 8.0406e+06
6833.0 2.0677e+06 2.0671e+06 2.0684e+06
9514.3 2.1571e+06 2.1525e+06 2.1617e+06
10205.2 2.2730e+06 2.2706e+06 2.2755e+06
10360.6 2.0024e+06 2.0012e+06 2.0036e+06
12695.7 1.2769e+06 1.2595e+06 1.2947e+06
14168.6 3.4389e+06 3.4347e+06 3.4430e+06
16085.8 7.6129e+06 7.5677e+06 7.6586e+06
16302.1 1.1512e+06 1.1403e+06 1.1623e+06
18632.1 3.4509e+05 3.4508e+05 3.4510e+05
18806.5 8.7268e+05 8.6962e+05 8.7575e+05
20223.4 6.1496e+05 6.1494e+05 6.1498e+05
21351.3 2.9288e+06 2.9173e+06 2.9403e+06
23559.0 3.1627e+06 3.1237e+06 3.2027e+06
23712.0 4.2045e+05 4.2045e+05 4.2046e+05
24212.1 1.2451e+06 1.2451e+06 1.2451e+06
24687.7 1.1293e+06 1.1293e+06 1.1293e+06
25352.0 3.2923e+06 3.2922e+06 3.2923e+06
27127.4 9.1114e+06 8.9219e+06 9.3091e+06
28854.0 3.0897e+06 3.0269e+06 3.1552e+06
28952.0 2.6625e+06 2.6624e+06 2.6625e+06
29052.0 7.2887e+06 7.0946e+06 7.4937e+06
29523.0 5.4690e+05 5.4689e+05 5.4691e+05
32122.0 1.8145e+06 1.8145e+06 1.8146e+06
2016-11-13 B
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1130.0 1.7017e+06 1.6756e+06 1.7287e+06
2543.6 5.1969e+06 5.1941e+06 5.1998e+06
4429.4 3.7969e+06 3.7957e+06 3.7980e+06
4495.8 2.0313e+05 2.0241e+05 2.0386e+05
6755.9 2.8919e+06 2.8893e+06 2.8945e+06
6769.6 8.0715e+06 8.0699e+06 8.0730e+06
6833.0 2.1233e+06 2.1227e+06 2.1239e+06
9514.4 2.2500e+06 2.2489e+06 2.2512e+06
10205.3 2.4315e+06 2.4298e+06 2.4332e+06
10360.6 2.2703e+06 2.2641e+06 2.2766e+06
12695.8 1.3177e+06 1.3105e+06 1.3250e+06
14168.6 1.5517e+06 1.5485e+06 1.5549e+06
16074.0 1.1441e+06 1.1441e+06 1.1442e+06
16085.8 7.5344e+06 7.5003e+06 7.5688e+06
16302.1 1.1328e+06 1.1262e+06 1.1394e+06
17549.4 7.2792e+05 7.2790e+05 7.2794e+05
18632.4 4.3522e+05 4.3520e+05 4.3523e+05
18806.6 9.4602e+05 9.4289e+05 9.4916e+05
20144.0 1.3355e+06 1.3355e+06 1.3356e+06
20280.5 2.6059e+05 2.6058e+05 2.6060e+05
21351.0 2.7260e+06 2.7259e+06 2.7261e+06
23559.0 4.1056e+06 3.9740e+06 4.2461e+06
23711.6 4.0080e+05 4.0079e+05 4.0081e+05
24212.0 1.1849e+06 1.1849e+06 1.1849e+06
24687.7 9.9194e+05 9.9192e+05 9.9196e+05
28854.3 3.1246e+06 3.1246e+06 3.1247e+06
28952.0 2.4117e+06 2.4116e+06 2.4117e+06
29052.3 6.6583e+06 6.6582e+06 6.6585e+06
|
|
183
|
Sun Nov 13 19:12:56 2016 |
Gabriele | General | Measurements | S1600471 |
2016-11-13
Note: some scratches or contamination visible on the surface near the egde
- 7:03pm, in chamber, balanced
- 7:04pm, roughing pump on
- 7:12pm turbo pump on
- Excitations:
- Quiet time before excitation: 1163133663
Excitation (1100 Hz) at 1163133695 (60 s)
Excitation (broad band) at 1163133757 (60 s)
Quiet time after excitation: 1163133819
- Quiet time before excitation: 1163144649
Excitation (1100 Hz) at 1163144682 (60 s)
Excitation (broad band) at 1163144744 (60 s)
Quiet time after excitation: 1163144806
- Quiet time before excitation: 1163155636
Excitation (1100 Hz) at 1163155669 (60 s)
Excitation (broad band) at 1163155731 (60 s)
X3:CR1-ESD_GAIN => 0
Quiet time after excitation: 1163155793
2016-11-14
Results
2016-11-13 A
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1098.2 7.4598e+06 7.4472e+06 7.4724e+06
2196.1 8.9864e+06 8.5757e+06 9.4383e+06
2520.2 4.3443e+06 4.3400e+06 4.3486e+06
2558.1 6.0816e+05 6.0143e+05 6.1503e+05
4390.6 2.7832e+06 2.7819e+06 2.7844e+06
6698.1 2.4391e+06 2.4377e+06 2.4404e+06
6720.1 1.2186e+07 1.2174e+07 1.2198e+07
6771.3 1.2193e+06 1.2187e+06 1.2199e+06
6838.3 3.8835e+05 3.8533e+05 3.9143e+05
9434.8 2.0534e+06 2.0501e+06 2.0568e+06
10129.0 1.1046e+05 1.1046e+05 1.1047e+05
10275.4 7.3179e+05 7.2786e+05 7.3576e+05
12589.7 9.8392e+05 9.6718e+05 1.0012e+06
12709.8 3.4484e+05 3.4164e+05 3.4809e+05
14061.9 6.0359e+06 6.0310e+06 6.0408e+06
15955.7 1.8406e+06 1.8350e+06 1.8462e+06
15969.9 7.9895e+06 7.9796e+06 7.9995e+06
16167.0 1.1887e+06 1.1858e+06 1.1916e+06
17933.7 6.7847e+05 6.7845e+05 6.7849e+05
18348.0 1.1646e+06 1.1645e+06 1.1646e+06
18491.0 7.9603e+05 7.9601e+05 7.9605e+05
18658.5 9.0778e+04 9.0775e+04 9.0780e+04
20459.0 1.9219e+06 1.9218e+06 1.9219e+06
21191.2 3.1915e+06 3.1677e+06 3.2157e+06
23383.6 3.5399e+06 3.5198e+06 3.5602e+06
24489.7 9.6402e+05 9.5706e+05 9.7108e+05
24509.4 1.0474e+06 1.0474e+06 1.0474e+06
24553.5 1.4376e+06 1.4375e+06 1.4376e+06
26923.0 7.2079e+06 7.1783e+06 7.2378e+06
28653.0 2.5777e+06 2.5717e+06 2.5838e+06
28747.7 2.2403e+06 2.1968e+06 2.2855e+06
28842.1 1.1938e+07 1.1927e+07 1.1948e+07
29765.5 8.8519e+06 8.7781e+06 8.9269e+06
30712.0 1.6995e+06 1.6848e+06 1.7145e+06
31467.0 4.8235e+05 4.8235e+05 4.8236e+05
31489.0 1.1729e+06 1.1649e+06 1.1809e+06
32120.5 9.6230e+05 9.6229e+05 9.6232e+05
2016-11-13 B
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1098.1 5.4817e+06 5.4778e+06 5.4856e+06
2520.1 2.7906e+06 2.7896e+06 2.7916e+06
2558.1 6.0809e+05 6.0570e+05 6.1050e+05
4390.6 1.7952e+06 1.7949e+06 1.7955e+06
6698.1 1.4580e+06 1.4576e+06 1.4584e+06
6720.0 8.2579e+06 8.2563e+06 8.2595e+06
6771.4 9.1260e+05 9.1091e+05 9.1429e+05
6838.4 3.8042e+05 3.7936e+05 3.8148e+05
9434.7 1.2099e+06 1.2081e+06 1.2116e+06
10275.5 6.7566e+05 6.7360e+05 6.7773e+05
12589.7 6.8681e+05 6.8318e+05 6.9047e+05
12709.8 2.8213e+05 2.7783e+05 2.8657e+05
14061.9 3.7724e+06 3.7706e+06 3.7741e+06
15955.8 1.2708e+06 1.2636e+06 1.2780e+06
15969.9 5.9870e+06 5.9818e+06 5.9922e+06
16167.0 8.0447e+05 7.9517e+05 8.1399e+05
21191.3 2.7333e+06 2.7051e+06 2.7620e+06
22345.0 2.3568e+06 2.3567e+06 2.3568e+06
23383.5 2.1083e+06 2.1082e+06 2.1083e+06
24489.5 6.6570e+05 6.6569e+05 6.6571e+05
24509.5 7.9636e+05 7.9634e+05 7.9638e+05
24553.5 8.3880e+05 8.3878e+05 8.3881e+05
26922.9 4.6187e+06 4.6004e+06 4.6372e+06
28652.9 1.4483e+06 1.4347e+06 1.4622e+06
28747.6 1.2629e+06 1.2629e+06 1.2629e+06
28842.1 9.5317e+06 9.5238e+06 9.5396e+06
29766.0 6.6922e+06 6.5397e+06 6.8520e+06
30712.1 1.0888e+06 1.0888e+06 1.0888e+06
31489.0 6.8125e+05 6.8124e+05 6.8126e+05
32120.5 7.8667e+05 7.8666e+05 7.8668e+05
2016-11-13 C
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1098.1 5.4335e+06 5.4304e+06 5.4365e+06
2196.2 6.0782e+06 5.6658e+06 6.5552e+06
2486.0 3.0319e+06 2.6660e+06 3.5141e+06
2515.7 2.7819e+06 2.7810e+06 2.7828e+06
2520.2 2.7871e+06 2.7863e+06 2.7879e+06
2558.0 5.8364e+05 5.7358e+05 5.9405e+05
2578.0 2.7145e+06 2.4935e+06 2.9785e+06
3584.0 2.9087e+06 2.6452e+06 3.2303e+06
4390.5 1.7822e+06 1.7818e+06 1.7825e+06
6698.1 1.4479e+06 1.4472e+06 1.4487e+06
6720.1 8.2604e+06 8.2559e+06 8.2648e+06
6771.3 9.1201e+05 9.1142e+05 9.1260e+05
6838.4 3.8280e+05 3.8172e+05 3.8389e+05
9434.8 1.1975e+06 1.1957e+06 1.1994e+06
10275.4 6.7234e+05 6.7108e+05 6.7360e+05
11358.4 5.5649e+04 5.5646e+04 5.5651e+04
12589.7 6.7443e+05 6.7079e+05 6.7812e+05
12710.0 2.9710e+05 2.8917e+05 3.0549e+05
14061.8 3.7379e+06 3.7343e+06 3.7415e+06
15955.7 1.2690e+06 1.2679e+06 1.2700e+06
15969.9 5.9884e+06 5.9823e+06 5.9945e+06
16167.1 7.7811e+05 7.7118e+05 7.8516e+05
17934.1 4.9574e+05 4.9572e+05 4.9575e+05
18348.0 9.0824e+05 9.0822e+05 9.0827e+05
18491.0 7.8942e+05 7.8940e+05 7.8944e+05
18658.1 8.8711e+04 8.8709e+04 8.8714e+04
21191.1 2.3393e+06 2.3179e+06 2.3612e+06
22345.0 2.2103e+06 2.2103e+06 2.2104e+06
23383.5 2.1953e+06 2.1740e+06 2.2171e+06
24489.6 6.4955e+05 6.4954e+05 6.4956e+05
24553.5 8.6897e+05 8.6896e+05 8.6899e+05
26922.9 4.7003e+06 4.6832e+06 4.7176e+06
28652.9 1.4372e+06 1.4312e+06 1.4433e+06
28747.6 1.2544e+06 1.2440e+06 1.2650e+06
28842.0 9.5549e+06 9.5483e+06 9.5616e+06
29766.0 6.9324e+06 6.7433e+06 7.1325e+06
30712.1 1.1017e+06 1.0911e+06 1.1126e+06
32121.0 8.1697e+05 8.1696e+05 8.1698e+05
|
| Attachment 3: ringdowns.png
|
|
|
185
|
Mon Nov 14 11:13:33 2016 |
Gabriele | General | Measurements | S1600467 |
2016-11-14
Note: marked as "bad edge" by Alena
- 11:00 in chamber, balanced
- 11:01 roughing pump on
- 11:13 turbo pump on
- 12:28 excitation (2kV, 60s), quiet time before 1163190441, quiet time after 1163190685
- 1:54pm, pumps off
Results
2016-11-14
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1102.7 6.3619e+06 6.3431e+06 6.3807e+06
1122.2 1.8673e+06 1.8623e+06 1.8722e+06
2530.3 3.7678e+06 3.7639e+06 3.7717e+06
2569.2 1.4261e+06 1.4195e+06 1.4327e+06
4407.7 2.7665e+06 2.7429e+06 2.7904e+06
4470.7 2.6197e+05 2.6166e+05 2.6228e+05
6723.0 1.7620e+06 1.7567e+06 1.7674e+06
6734.0 6.9851e+06 6.9809e+06 6.9893e+06
6794.4 1.8494e+06 1.8476e+06 1.8513e+06
9470.5 6.0578e+04 6.0574e+04 6.0581e+04
10152.1 3.8492e+06 3.8370e+06 3.8615e+06
10301.4 4.0275e+05 4.0075e+05 4.0478e+05
12638.1 7.3205e+05 7.2391e+05 7.4036e+05
12756.2 7.5936e+05 7.5933e+05 7.5939e+05
14096.2 5.9662e+06 5.9355e+06 5.9971e+06
16001.5 1.7340e+06 1.7104e+06 1.7582e+06
16227.1 1.2612e+06 1.2585e+06 1.2639e+06
20142.2 5.4880e+05 5.4878e+05 5.4881e+05
20191.9 5.5732e+05 5.5731e+05 5.5734e+05
21236.3 2.6162e+06 2.6086e+06 2.6238e+06
22255.0 1.5152e+06 1.5152e+06 1.5152e+06
23445.0 1.0949e+06 1.0824e+06 1.1077e+06
24391.4 7.4968e+05 7.4967e+05 7.4970e+05
24545.8 1.8061e+05 1.8060e+05 1.8061e+05
24580.0 7.5466e+05 7.5465e+05 7.5468e+05
25561.4 1.2230e+06 1.2230e+06 1.2230e+06
26982.5 3.8512e+06 3.8511e+06 3.8512e+06
28730.1 1.6735e+06 1.6617e+06 1.6855e+06
28824.0 9.7775e+05 9.7774e+05 9.7777e+05
28896.2 4.3667e+06 4.3190e+06 4.4154e+06
31387.2 5.9592e+05 5.9592e+05 5.9593e+05
32301.5 6.3985e+05 6.3984e+05 6.3986e+05
|
|
187
|
Mon Nov 14 14:41:08 2016 |
Gabriele | General | Measurements | S1600474 |
2016-11-14
- 2:40pm, in chamber, balanced
- 2:41pm, roughing pump on
- 2:50pm, turbo pump on
- 4:12pm, excitation (2kV, 60s), quiet time before 1163203908, quiet time after 1163204078
-
More excitations:
-
Quiet time before excitation: 1163213574
Excitation (1100 Hz) at 1163213607 (60 s)
Excitation (broad band) at 1163213668 (60 s)
Quiet time after excitation: 1163213730
-
Quiet time before excitation: 1163224560
Excitation (1100 Hz) at 1163224592 (60 s)
Excitation (broad band) at 1163224654 (60 s)
Quiet time after excitation: 1163224716
-
Quiet time before excitation: 1163235546
Excitation (1100 Hz) at 1163235578 (60 s)
Excitation (broad band) at 1163235640 (60 s)
Quiet time after excitation: 1163235702
2016-11-15
Results
2016-11-14 A
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1107.7 4.6075e+06 4.6037e+06 4.6113e+06
2540.0 5.4810e+06 5.4785e+06 5.4836e+06
4490.2 2.5331e+05 2.5304e+05 2.5359e+05
6743.0 3.3684e+06 3.3662e+06 3.3707e+06
6746.9 3.3685e+06 3.3665e+06 3.3706e+06
6757.6 7.1350e+06 7.1255e+06 7.1445e+06
6772.0 5.8021e+06 5.4002e+06 6.2684e+06
6824.1 2.4899e+06 2.4871e+06 2.4928e+06
9501.9 5.4497e+06 5.4322e+06 5.4674e+06
10187.8 6.4223e+06 6.4184e+06 6.4262e+06
10343.0 2.3547e+06 2.3256e+06 2.3845e+06
12679.1 3.9818e+06 3.9685e+06 3.9952e+06
12806.0 3.2209e+05 3.1252e+05 3.3227e+05
14145.0 4.1585e+06 4.1033e+06 4.2152e+06
16050.7 2.2872e+06 2.2699e+06 2.3047e+06
16058.8 6.6646e+06 6.6544e+06 6.6748e+06
16281.1 2.3068e+06 2.2741e+06 2.3405e+06
18601.1 5.3760e+06 5.3475e+06 5.4049e+06
18776.0 5.7876e+05 5.7874e+05 5.7877e+05
21315.5 8.6998e+06 8.5404e+06 8.8652e+06
23520.3 3.4527e+06 3.4258e+06 3.4799e+06
24658.2 1.3013e+06 1.3012e+06 1.3013e+06
28810.3 6.4869e+06 6.4174e+06 6.5579e+06
28909.1 4.2011e+06 4.1313e+06 4.2734e+06
29001.9 8.7561e+06 8.7012e+06 8.8118e+06
29526.3 2.1542e+06 2.1311e+06 2.1777e+06
29563.5 5.9460e+06 5.8940e+06 5.9989e+06
30463.0 2.0306e+06 2.0306e+06 2.0307e+06
31307.8 2.0177e+06 2.0176e+06 2.0177e+06
31915.5 2.4119e+06 2.4118e+06 2.4119e+06
32178.4 6.3761e+06 6.2763e+06 6.4791e+06
2015-11-14 B
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1107.5 3.2516e+06 3.2494e+06 3.2538e+06
2539.9 4.5383e+06 4.5368e+06 4.5397e+06
4423.0 2.2248e+06 2.2238e+06 2.2257e+06
4490.2 2.6724e+05 2.6695e+05 2.6754e+05
6688.5 3.5492e+06 3.4597e+06 3.6434e+06
6746.8 3.5335e+06 3.5324e+06 3.5345e+06
6757.6 7.5849e+06 7.5835e+06 7.5864e+06
6824.1 2.4839e+06 2.4824e+06 2.4853e+06
9501.8 4.6405e+06 4.6330e+06 4.6480e+06
10187.7 6.1494e+06 6.1467e+06 6.1520e+06
10342.9 2.5426e+06 2.5181e+06 2.5676e+06
12679.0 3.3433e+06 3.3374e+06 3.3492e+06
14144.6 3.9980e+06 3.8729e+06 4.1316e+06
16050.5 1.9010e+06 1.8941e+06 1.9081e+06
16058.6 6.4936e+06 6.4881e+06 6.4991e+06
16281.1 2.7856e+06 2.7785e+06 2.7928e+06
18215.4 2.2829e+06 2.2828e+06 2.2829e+06
18600.9 7.3657e+06 7.3568e+06 7.3746e+06
18775.6 5.8072e+05 5.8070e+05 5.8073e+05
23520.1 1.7679e+06 1.7538e+06 1.7822e+06
24658.4 8.3031e+05 8.3030e+05 8.3033e+05
27082.0 6.7421e+06 6.5672e+06 6.9266e+06
28810.1 6.1339e+06 6.1000e+06 6.1682e+06
28909.0 4.3651e+06 4.3651e+06 4.3652e+06
29001.7 9.2108e+06 9.1518e+06 9.2705e+06
29526.1 2.0948e+06 2.0765e+06 2.1133e+06
30463.0 1.5875e+06 1.5875e+06 1.5876e+06
31308.0 1.9777e+06 1.9777e+06 1.9778e+06
31915.8 2.5156e+06 2.5156e+06 2.5157e+06
2015-11-14 C
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1107.9 2.6382e+06 2.6360e+06 2.6404e+06
2539.9 4.3446e+06 4.3432e+06 4.3461e+06
4423.0 2.1544e+06 2.1534e+06 2.1553e+06
4490.2 2.7485e+05 2.7471e+05 2.7499e+05
6746.8 3.2717e+06 3.2705e+06 3.2728e+06
6757.6 6.3809e+06 6.3797e+06 6.3821e+06
6824.1 2.3227e+06 2.3215e+06 2.3238e+06
9501.8 4.6211e+06 4.6073e+06 4.6351e+06
10187.7 6.5099e+06 6.5090e+06 6.5109e+06
10342.9 2.6098e+06 2.5853e+06 2.6347e+06
12679.1 3.2362e+06 3.2276e+06 3.2449e+06
14144.6 4.1799e+06 4.1049e+06 4.2577e+06
16050.5 2.8054e+06 2.8002e+06 2.8106e+06
16058.6 8.1729e+06 8.1564e+06 8.1895e+06
16281.0 3.2400e+06 3.2399e+06 3.2401e+06
18600.9 7.8239e+06 7.7914e+06 7.8565e+06
18775.7 5.9520e+05 5.9518e+05 5.9522e+05
20255.0 1.0929e+06 1.0929e+06 1.0929e+06
21315.4 8.0568e+06 7.9081e+06 8.2112e+06
23520.0 7.7176e+05 7.7174e+05 7.7178e+05
24658.0 6.0199e+05 6.0197e+05 6.0200e+05
28810.0 6.1531e+06 6.0894e+06 6.2180e+06
29001.6 9.2904e+06 9.2285e+06 9.3531e+06
29526.1 2.0902e+06 2.0700e+06 2.1108e+06
31308.0 1.8177e+06 1.8177e+06 1.8177e+06
31916.0 2.4457e+06 2.4457e+06 2.4458e+06
32179.0 6.2208e+06 6.2207e+06 6.2209e+06
2016-11-14 D
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1107.8 2.5483e+06 2.5470e+06 2.5497e+06
2539.9 4.1479e+06 4.1464e+06 4.1493e+06
4423.0 2.1043e+06 2.1036e+06 2.1050e+06
4490.2 2.8179e+05 2.8161e+05 2.8196e+05
6746.7 3.1144e+06 3.1133e+06 3.1155e+06
6757.5 5.8249e+06 5.8241e+06 5.8257e+06
6761.4 5.8283e+06 5.8275e+06 5.8292e+06
6824.0 2.2641e+06 2.2633e+06 2.2649e+06
9501.8 4.6535e+06 4.6342e+06 4.6730e+06
10187.7 7.0149e+06 7.0125e+06 7.0173e+06
10342.8 2.6508e+06 2.6469e+06 2.6548e+06
12679.0 3.2619e+06 3.2587e+06 3.2650e+06
14144.6 3.7736e+06 3.7205e+06 3.8281e+06
16050.4 2.7995e+06 2.7862e+06 2.8129e+06
16058.5 8.0705e+06 8.0662e+06 8.0747e+06
16280.9 3.3065e+06 3.3007e+06 3.3123e+06
18600.8 7.9582e+06 7.9432e+06 7.9733e+06
18775.6 5.8072e+05 5.7705e+05 5.8443e+05
20254.7 1.2456e+06 1.2295e+06 1.2622e+06
21315.0 8.2763e+06 8.0802e+06 8.4823e+06
23519.9 1.4508e+06 1.4356e+06 1.4663e+06
28810.0 6.1795e+06 6.0919e+06 6.2696e+06
29001.4 9.6787e+06 9.6439e+06 9.7138e+06
29525.7 2.0513e+06 2.0512e+06 2.0513e+06
29564.2 4.8725e+06 4.8325e+06 4.9133e+06
31308.0 1.8091e+06 1.8090e+06 1.8091e+06
|
| Attachment 3: ringdowns.png
|
|
|
188
|
Tue Nov 15 10:08:28 2016 |
Gabriele | General | Measurements | S1600475 |
2016-11-15
- 10:01am in chamber, balanced
- 10:03am, roughing pump on
- 10:21am turbo pump on
- 11:57am, excitation (3kV, 60s), quiet time before 1163275060, quiet time after 1163275168
- 2:21pm, excitation (3kV, 60s), quiet time before 1163283684, quiet time after 1163283793
- 3:27pm, pumps off
Results
2016-11-15 A
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1111.4 7.0708e+06 7.0599e+06 7.0816e+06
2548.7 1.5867e+06 1.5859e+06 1.5876e+06
4438.1 2.7798e+06 2.7786e+06 2.7810e+06
4502.1 3.2580e+05 3.2004e+05 3.3178e+05
6768.6 2.4624e+06 2.4597e+06 2.4652e+06
6780.9 7.9199e+06 7.9148e+06 7.9250e+06
6841.2 1.7197e+06 1.7187e+06 1.7206e+06
9532.6 2.0042e+06 2.0003e+06 2.0082e+06
10221.8 8.7455e+06 8.7384e+06 8.7526e+06
10370.9 4.7482e+05 4.7142e+05 4.7827e+05
12719.2 1.6940e+06 1.6924e+06 1.6956e+06
12840.1 5.4075e+05 5.3459e+05 5.4704e+05
14190.7 6.7551e+06 6.7451e+06 6.7651e+06
16112.3 7.9161e+06 7.8847e+06 7.9478e+06
18660.2 4.6512e+06 4.6392e+06 4.6633e+06
20318.5 1.2487e+06 1.2411e+06 1.2563e+06
21381.3 8.8036e+06 8.7663e+06 8.8412e+06
23749.2 4.6262e+05 4.6261e+05 4.6263e+05
24133.5 1.1367e+06 1.1367e+06 1.1367e+06
24174.5 1.1856e+06 1.1856e+06 1.1857e+06
24732.5 1.0615e+06 1.0615e+06 1.0615e+06
25308.0 2.8236e+06 2.8235e+06 2.8237e+06
27162.8 4.9157e+06 4.9061e+06 4.9254e+06
29011.1 1.7786e+06 1.7786e+06 1.7787e+06
29094.1 1.0590e+07 1.0533e+07 1.0647e+07
31820.6 1.1840e+06 1.1840e+06 1.1840e+06
32083.0 2.9047e+06 2.9047e+06 2.9048e+06
2016-11-15 B
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1111.4 5.3019e+06 5.2950e+06 5.3088e+06
2548.7 1.5590e+06 1.5539e+06 1.5642e+06
4438.1 1.8590e+06 1.8580e+06 1.8601e+06
4502.1 2.9799e+05 2.9699e+05 2.9901e+05
6768.6 1.5724e+06 1.5702e+06 1.5747e+06
6781.1 5.7773e+06 5.7746e+06 5.7800e+06
6841.3 1.2422e+06 1.2411e+06 1.2432e+06
9532.6 1.2514e+06 1.2433e+06 1.2597e+06
10221.8 5.6805e+06 5.6618e+06 5.6993e+06
10371.1 4.5285e+05 4.4967e+05 4.5607e+05
12719.3 1.0666e+06 1.0651e+06 1.0682e+06
12840.0 5.0460e+05 4.9209e+05 5.1776e+05
14190.7 4.2119e+06 4.1999e+06 4.2240e+06
16111.0 5.1330e+06 5.0960e+06 5.1705e+06
18089.0 9.7188e+05 9.7185e+05 9.7190e+05
18660.4 2.9670e+06 2.9374e+06 2.9973e+06
20318.7 8.0187e+05 7.9553e+05 8.0832e+05
21381.4 6.4885e+06 6.4474e+06 6.5302e+06
24133.0 8.2483e+05 8.2481e+05 8.2485e+05
24174.4 8.3029e+05 8.3027e+05 8.3030e+05
27163.0 3.6182e+06 3.6009e+06 3.6356e+06
28916.0 1.3350e+06 1.3349e+06 1.3350e+06
29094.3 8.9762e+06 8.9139e+06 9.0394e+06
29562.6 3.7546e+05 3.7545e+05 3.7547e+05
31820.5 1.0901e+06 1.0901e+06 1.0901e+06
|
|
190
|
Tue Nov 15 16:46:48 2016 |
Gabriele | General | Measurements | S1600476 |
2016-11-15
- 4:45pm in chamber, balanced
- 4:46pm, roughing pump on
- 4:56pm, turbo pump on
-
Excitations:
-
Quiet time before excitation: 1163303050
Excitation (1100 Hz) at 1163303082 (60 s)
1kHz excitation finished
Excitation (broad band) at 1163303144 (60 s)
Quiet time after excitation: 1163303206
-
Quiet time before excitation: 1163314036
Excitation (1100 Hz) at 1163314068 (60 s)
Excitation (broad band) at 1163314130 (60 s)
Quiet time after excitation: 1163314192
-
Quiet time before excitation: 1163325022
Excitation (1100 Hz) at 1163325054 (60 s)
1kHz excitation finished
Excitation (broad band) at 1163325116 (60 s)
Quiet time after excitation: 1163325178
2016-11-16
Results
2016-11-15 A
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1121.1 5.0944e+06 5.0905e+06 5.0982e+06
1140.0 1.1654e+06 1.1635e+06 1.1673e+06
2570.2 2.6712e+06 2.6699e+06 2.6724e+06
2608.7 9.7800e+05 9.7302e+05 9.8303e+05
4474.9 1.8629e+06 1.8624e+06 1.8634e+06
4538.1 3.2875e+05 3.2846e+05 3.2905e+05
6824.1 1.4823e+06 1.4812e+06 1.4834e+06
6840.2 7.3018e+06 7.2982e+06 7.3055e+06
6893.2 9.2821e+05 9.2713e+05 9.2929e+05
6962.9 4.9646e+04 4.9643e+04 4.9650e+04
9608.9 9.1232e+05 9.1133e+05 9.1332e+05
10308.9 5.1598e+06 5.0344e+06 5.2915e+06
10457.7 4.6941e+05 4.6647e+05 4.7239e+05
12819.2 1.0332e+06 1.0323e+06 1.0342e+06
12939.5 4.1373e+05 4.0825e+05 4.1935e+05
14310.4 3.0088e+06 3.0015e+06 3.0161e+06
16241.1 1.4065e+06 1.3908e+06 1.4227e+06
16251.8 5.8974e+06 5.8741e+06 5.9209e+06
16456.0 5.1136e+05 5.0798e+05 5.1478e+05
18816.0 2.8314e+06 2.7798e+06 2.8850e+06
18986.6 6.7793e+05 6.7791e+05 6.7795e+05
20432.7 1.5260e+05 1.5259e+05 1.5260e+05
20473.7 4.7475e+05 4.7474e+05 4.7476e+05
21560.7 5.5350e+06 5.4921e+06 5.5786e+06
24918.6 7.4993e+05 7.4992e+05 7.4995e+05
29247.5 9.5138e+05 9.5137e+05 9.5140e+05
29340.0 1.1583e+07 1.1439e+07 1.1730e+07
29822.7 8.1204e+05 8.1202e+05 8.1205e+05
2016-11-15 B
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1121.1 4.6065e+06 4.6038e+06 4.6091e+06
1140.0 8.0197e+05 8.0001e+05 8.0393e+05
2570.2 2.3051e+06 2.3035e+06 2.3067e+06
2608.7 9.1341e+05 9.1205e+05 9.1477e+05
4017.5 2.8194e+04 2.8190e+04 2.8197e+04
4475.0 1.6430e+06 1.6421e+06 1.6440e+06
4538.1 3.2912e+05 3.2849e+05 3.2976e+05
6824.1 1.2995e+06 1.2986e+06 1.3005e+06
6840.2 6.5726e+06 6.5697e+06 6.5756e+06
6893.2 8.6042e+05 8.5868e+05 8.6217e+05
6963.0 5.0409e+04 5.0405e+04 5.0412e+04
9609.0 1.0692e+06 1.0604e+06 1.0782e+06
10309.0 5.1393e+06 4.9409e+06 5.3542e+06
10457.7 4.6470e+05 4.4160e+05 4.9034e+05
12819.3 9.0580e+05 9.0410e+05 9.0750e+05
12939.6 4.0804e+05 3.9544e+05 4.2148e+05
14310.5 2.6132e+06 2.6107e+06 2.6158e+06
16241.2 1.2941e+06 1.2868e+06 1.3015e+06
16251.9 5.9674e+06 5.9536e+06 5.9812e+06
16456.2 7.3080e+05 7.2814e+05 7.3347e+05
18816.1 2.5342e+06 2.5282e+06 2.5402e+06
18987.0 6.3654e+05 6.3652e+05 6.3656e+05
21560.9 5.2433e+06 5.1712e+06 5.3174e+06
21610.4 2.3102e+06 2.3102e+06 2.3103e+06
24918.9 6.6504e+05 6.5864e+05 6.7156e+05
27388.0 4.7256e+06 4.6897e+06 4.7619e+06
29153.6 1.2791e+06 1.2790e+06 1.2791e+06
29248.0 8.4919e+05 8.4918e+05 8.4921e+05
29340.0 1.0910e+07 1.0363e+07 1.1519e+07
31810.6 3.0968e+06 3.0967e+06 3.0968e+06
2016-11-15 C
 
 
% Freq Q Q (C.I. 95%) Q (C.I. 95%)
1121.0 4.5968e+06 4.5942e+06 4.5994e+06
1140.0 8.9250e+05 8.9149e+05 8.9352e+05
2570.2 2.2831e+06 2.2817e+06 2.2845e+06
2608.7 8.9996e+05 8.9803e+05 9.0190e+05
4474.9 1.5002e+06 1.4983e+06 1.5021e+06
4538.1 3.2279e+05 3.2220e+05 3.2338e+05
6824.2 1.2882e+06 1.2858e+06 1.2906e+06
6840.3 6.5213e+06 6.5146e+06 6.5281e+06
6893.2 8.6464e+05 8.6311e+05 8.6617e+05
9608.9 1.0570e+06 1.0416e+06 1.0728e+06
10309.0 5.0851e+06 4.9675e+06 5.2084e+06
10457.8 4.5509e+05 4.4305e+05 4.6780e+05
12819.4 9.0619e+05 9.0128e+05 9.1116e+05
12940.0 4.2538e+05 4.2537e+05 4.2540e+05
14310.5 2.5765e+06 2.5717e+06 2.5814e+06
16241.2 1.2956e+06 1.2883e+06 1.3030e+06
16251.8 6.0038e+06 5.9865e+06 6.0211e+06
16456.3 7.4603e+05 7.4232e+05 7.4978e+05
18816.0 2.4942e+06 2.4808e+06 2.5077e+06
18987.0 6.4961e+05 6.4960e+05 6.4963e+05
20432.7 1.4994e+05 1.4993e+05 1.4994e+05
20474.1 4.3164e+05 4.3163e+05 4.3165e+05
21560.8 5.2562e+06 5.1891e+06 5.3251e+06
23792.3 1.9386e+06 1.9386e+06 1.9386e+06
24918.9 6.6629e+05 6.6628e+05 6.6631e+05
27387.9 4.7143e+06 4.6193e+06 4.8134e+06
29149.0 5.6268e+06 5.6267e+06 5.6269e+06
29248.0 8.5279e+05 8.5277e+05 8.5280e+05
29340.2 1.0748e+07 1.0565e+07 1.0937e+07
31811.0 3.0852e+06 3.0852e+06 3.0853e+06
|
| Attachment 3: ringdowns.png
|
|
| Attachment 8: ringdowns.png
|
|