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-- Main.RamonaValenzuelaPerez - 2013-11-27
---+ %NAVY%Back to %NAVY%[[http://phy.fiu.edu/twiki/bin/view/TWiki/MAST_Diagnostic][MAST Diagnostic]] %ENDCOLOR%

%ENDCOLOR%
---++ %ORANGEBG%<strong> %NAVY%Detector Orientations %ENDCOLOR% </strong>%ENDBG%

| <p>Data Channel #</p> | <p>Detector Positions</p> | <p>Angular Orientation</p> | <p>Trajectory Color</p> | <p>Detector Collimator Entrance Offset from RP</p> |
| 0 | 4 | Phi -45deg, Theta 40deg | Yellow | R: 149.78mm, Z: 25.8mm, Y: 27.49mm |
| 1 | 1 | Phi -30deg, Theta 40deg | Red | R: 120.97mm, Z: 30.64mm, Y: 31.11mm |
| 2 | 2 | Phi -35deg, Theta 40deg | Green | R: 128.65mm, Z: 39.06mm, Y: 14.62mm |
| 3 | 3 | Phi -40deg, Theta 40deg | Blue | R: 140.69mm, Z: 14.32mm, Y: 41.59mm |
| Figure Set 1 | Figure Set 1 | Figure Set 4 | Figure Set 2 | Figure Set 3 |

<span style="background-color: transparent;">Note that for the shot_list.data on nyoko2, the setpoint values are the input values to the RP control box during data collection</span><span style="background-color: transparent;"><br /></span>

<span style="color: #630000; font-size: 20px; line-height: 1em;">[[TWiki.DetectorPositions][Figure Set 1: Detector Positions]]</span>

<span style="color: #630000; font-size: 20px; line-height: 1em;"> </span><span style="color: #630000; font-size: 20px; line-height: 1em;">[[TWiki.ChannelParticleTrajectories][Figure Set 2: Channel Particle Trajectories]]</span>

<span style="color: #630000; font-size: 20px; line-height: 1em;"> </span><span style="color: #630000; font-size: 20px; line-height: 1em;">[[TWiki.PDOffsetsFromRP][Figure Set 3: PD Offsets from RP]]</span>

<span style="color: #630000; font-size: 20px; line-height: 1em;"> </span><span style="color: #630000; font-size: 20px; line-height: 1em;">[[TWiki.DetectorAngularOrientations][Figure Set 4: Detector Angular Orientations]]</span>

<span style="color: #630000; font-size: 20px; line-height: 1em;"> </span><span style="background-color: transparent; color: #630000; font-size: 20px; line-height: 1em;">[[%ATTACHURL%/shot_list.data][shot_list.data]]%BLUE%: Shot list%ENDCOLOR%</span>
<h2>

<span style="line-height: 1em;">%ORANGEBG% %NAVY% %NAVY% %ENDCOLOR%<span style="line-height: 1em;"> </span> *Plasma Scenarios* %ENDCOLOR%</span><span style="line-height: 1em;">%ENDBG%</span>
</h2>

| *Scenario: Reference* | Shots | <p> </p> | <p> </p> | | | |
| Beam Blip/ NBI Slowing Down | 29958 | 29960 | 29966 | 29972 | - | - |
| Quiescent MHD | 29904 | 29905 | 29906 | 29908 | 29909 | 29910 |

| *Scenario: Resonant Perturbations* | Shots | <p> </p> | | | |
| Low Amplitude MHD | 29917 | 29924 | 29928 | 29929 | 29931 |
| Large Amplitude Fishbones | 29975 | 29976 | 29980 | - | - |

| *Scenario: Non-Resonant Perturbations* | Shots | <p> </p> | <p> </p> | | | | |
| Sawteeth | 29879 | 29880 | 29881 | 29882 | 29883 | 29884 | 29885 |
<h2>

%ORANGEBG% %NAVY% *Shot Log* %ENDCOLOR%%ENDBG%
</h2>

| <strong><span style="color: #ff4500;">Shot Date</span></strong> |
| [[TWiki.081513][080513]] |
| [[TWiki.081613][081613]] |
| [[TWiki.081913][081913]] |
| [[TWiki.082013][082013]] |
| [[TWiki.082113][082113]] |
| [[TWiki.082213][082213]] |
| [[TWiki.082313][082313]] |
| [[TWiki.090413][090413]] |
| [[TWiki.090513][090513]] |
| [[TWiki.090613][090613]] |
| [[TWiki.090913][090913]] |
| [[TWiki.091013][091013]] |
| [[TWiki.091113][091113]] |
| [[TWiki.091213][091213]] |

Yes
| Shot # | Shot Date | Filename "ctrl_fm_" + | Investigator | Ch0 | Ch1 | Ch2 | Ch3 | Notes | |
| 29806 | | <p>29806_0.5_0.data</p> <p>29806_0.5_1.data</p> <p>29806_0.5_2.data</p> <p>29806_0.5_3.data</p> | Pierre | <span style="color: #dc143c;">No</span> | <span style="color: #228b22;">Yes</span> | | | | |
| 29807 | | | | | | | | | |
| 29808 | | | | | | | | | |
| 29809 | | | | | | | | | |
| 29811 | | | | | | | | | |
| 29812 | | | | | | | | | |
| 29813 | | | | | | | | | |
| 29814 | | | | | | | | | |
| 29815 | | | | | | | | | |
| 29818 | | | | | | | | | |
| 29820 | | | | | | | | | |
| 29821 | | | | | | | | | |
| 29822 | | | | | | | | | |
| 29823 | | | | | | | | | |
| 29824 | | | | | | | | | |
| 29825 | | | | | | | | | |
| 29826 | | | | | | | | | |
| 29827 | | | | | | | | | |
| 29828 | | | | | | | | | |
| 29829 | | | | | | | | | |
| 29832 | | | | | | | | | |
| 29834 | | | | | | | | | |
| 29835 | | | | | | | | | |
| 29837 | | | | | | | | | |
| 29838 | | | | | | | | | |
| 29839 | | | | | | | | | |
| 29840 | | | | | | | | | |
| 29841 | | | | | | | | | |
| 29845 | | | | | | | | | |
| 29846 | | | | | | | | | |
| 29847 | | | | | | | | | |
| 29848 | | | | | | | | | |
| 29849 | | | | | | | | | |
| 29851 | | | | | | | | | |
| 29852 | | | | | | | | | |
| 29853 | | | | | | | | | |
| 29854 | | | | | | | | | |
| 29855 | | | | | | | | | |
| 29859 | | | | | | | | | |
| 29862 | | | | | | | | | |
| 29874 | | | | | | | | | |
| 29875 | | | | | | | | | |
| 29876 | | | | | | | | | |
| 29877 | | | | | | | | | |
| 29878 | | | | | | | | | |
| 29879 | 08/19/13 | <p>29879_0.5_0.data</p> <p>29879_0.5_1.data</p> <p>29879_0.5_2.data</p> <p>29879_0.5_3.data</p> | Ramona | %GREEN%Yes%ENDCOLOR% | %GREEN%Yes%ENDCOLOR% | %GREEN%Yes%ENDCOLOR% | %GREEN%Yes%ENDCOLOR% | | |
| 29880 | 08/19/13 | <p>29880_0.5_0.data</p> <p>29880_0.5_0.data</p> <p>29880_0.5_0.data</p> | Ramona | <span style="color: #228b22;">Yes</span> | <span style="color: #dc143c;">No</span> | <span style="color: #dc143c;"><span style="color: #228b22;">Yes</span></span> | <span style="color: #228b22;">Yes</span> | | |
| 29881 | 08/19/13 | <p>29881_0.5_1.data</p> <p>29881_0.5_2.data</p> <p>29881_0.5_3.data</p> | Ramona | No | Yes | Yes | Yes | | |
| 29882 | 08/19/13 | <p>29882_0.5_0.data</p> <p>29882_0.5_2.data</p> <p>29882_0.5_3.data</p> | Ramona | Yes | No | Yes | Yes | | |
| 29883 | 08/19/13 | | Werner/Ramona | Yes | Yes | Yes | Yes | | |
| 29884 | 08/19/13 | <p>29884_0.5_0.data</p> <p>29884_0.5_1.data</p> <p>29884_0.5_2.data</p> <p>29884_0.5_3.data</p> | Ramona | Yes | Yes | Yes | Yes | | |
| 29885 | 08/19/13 | <p>29885_0.5_0.data</p> <p>29885_0.5_1.data</p> <p>29885_0.5_2.data</p> <p>29885_0.5_3.data</p> | Ramona | Yes | Yes | Yes | Yes | | |
| 29890 | | | | | | | | | |
| 29891 | | | | | | | | | |
| 29892 | | | | | | | | | |
| 29893 | | | | | | | | | |
| 29894 | | | | | | | | | |
| 29895 | | | | | | | | | |
| 29896 | | | | | | | | | |
| 29897 | | | | | | | | | |
| 29899 | 08/20/13 | | Douglas | No | No | No | No | All channels only noise. | |
| 29901 | 08/20/13 | | Douglas | No | No | No | No | All channels only noise. | |
| 29902 | 08/20/13 | | Douglas | No | No | No | No | Ch.0,2,3 - Quiescent; Ch.1 only noise. | |
| 29904 | 08/20/13 | | Pierre/ Ramona | No | No | No | No | | |
| 29905 | 08/20/13 | | Pierre/ Ramona | No | No | No | No | | |
| 29906 | 08/20/13 | 29906_0.5_0_PA.data <p>29906_0.5_1_PA.data</p> <p>29906_0.5_2_PA.data</p> <p>29906_0.5_3_PA.data</p> <p>29906_0.5_0_PA.data</p> <p>29906_0.5_1.data</p> <p>29906_0.5_2.data</p> <p>29906_0.5_3.data</p> | <p>Pierre (PA)</p> <p>Douglas (notes)</p> <p>Ramona</p> | %GREEN%Yes%ENDCOLOR% | %GREEN%Yes%ENDCOLOR% | Yes | Yes | <p>Ch0: There was only noise after 0.3 seconds.</p> <p>Ch1: This channel had a possible overload at points .246 s to .256 s and .266 s to .296 s. There was only noise after 0.3 seconds.</p> <p>Ch2, Ch3: Good from 0.1s to 0.3 s. After that only noise</p> | |
| 29907 | 08/20/13 | <p>29907_0.5_0_PA.data</p> <p>29907_0.5_1_PA.data</p> <p>29907_0.5_2_PA.data</p> <p>29907_0.5_3_PA.data</p> <p>29907_0.5_0.data</p> <p>29907_0.5_1.data</p> <p>29907_0.5_2.data</p> <p>29907_0.5_3.data</p> | <p>Pierre (notes, PA)</p> <p>Ramona</p> | Yes | %GREEN%Yes%ENDCOLOR% | %GREEN%Yes%ENDCOLOR% | %GREEN%Yes%ENDCOLOR% | Ch3: Plasma Shot first thought to be quiescent but is not (See Mirnov and Fission Chamber Data) | |
| 29908 | 08/20/13 | <p>29908_0.5_0_PA.data</p> <p>29908_0.5_2_PA.data</p> <p>29908_0.5_3_PA.data</p> <p>29908_0.5_2.data</p> <p>29908_0.5_3.data</p> | <p>Pierre (PA)</p> <p>Douglas (notes)</p> <p>Ramona</p> | <span style="color: #dc143c;">No</span> | No | Yes | Yes | <p>Ch0: This channel does not exhibit any charged particle peaks</p> <p>Ch1: Possible overload from 0.1s to 0.3s. No charged particles peaks present.</p> <p>Ch2, Ch3: Good from 0.1s to 0.3s.</p> | |
| 29909 | 08/20/13 | <p>29909_0.5_0_PA.data</p> <p>29909_0.5_1_PA.data</p> <p>29909_0.5_2_PA.data</p> <p>29909_0.5_3_PA.data</p> <p>29909_0.5_0.data</p> <p>29909_0.5_1.data</p> <p>29909_0.5_2.data</p> <p>29909_0.5_3.data</p> | <p>Pierre (PA)</p> <p>Ramona</p> | Yes | Yes | Yes | Yes | | |
| 29910 | 08/20/13 | <p>29910_0.5_1_PA.data</p> <p>29910_0.5_2_PA.data</p> <p>29910_0.5_3_PA.data</p> <p>29910_0.5_1.data</p> <p>29910_0.5_2.data</p> <p>29910_0.5_3.data</p> | <p>Pierre (PA)</p> <p>Ramona</p> | No | Yes | Yes | Yes | | |
| 29911 | 08/20/13 | | Douglas | No | No | No | No | | |
| 29912 | 08/20/13 | <p>29912_0.5_1.data</p> <p>29912_0.5_2.data</p> <p>29912_0.5_3.data</p> | Douglas | No | Yes | Yes | Yes | | |
| 29914 | 08/20/13 | <p>29914_0.5_1.data</p> <p>29914_0.5_2.data</p> <p>29914_0.5_3.data</p> | Douglas | No | Yes | Yes | Yes | | |
| 29915 | 08/20/13 | <p>29915_0.5_1.data</p> <p>29915_0.5_2.data</p> <p>29915_0.5_3.data</p> | Douglas | No | Yes | Yes | Yes | | |
| 29916 | 08/20/13 | | Douglas | No | No | No | No | | |
| 29917 | 08/20/13 | <p>29917_0.5_1.data</p> <p>29917_0.5_2.data</p> <p>29917_0.5_3.data</p> | Ramona | No | Yes | Yes | Yes | | |
| 29918 | 08/20/13 | | Douglas | No | No | No | No | | |
| 29919 | 08/2013 | <p>29919_0.5_1.data</p> <p>29919_0.5_2.data</p> <p>29919_0.5_3.data</p> | <p> </p> <p>Douglas</p> | No | Yes | Yes | Yes | | |
| 29920 | 08/20/13 | <p>29920_0.5_1.data</p> <p>29920_0.5_2.data</p> <p>29920_0.5_3.data</p> | <p>Werner</p> <p>Douglas</p> | No | Yes | Yes | Yes | | |
| 29921 | 08/20/13 | <p>29921_0.5_2.data</p> <p>29921_0.5_3.data</p> | Douglas | No | No | Yes | Yes | | |
| 29922 | 08/20/13 | <p>29922_0.5_1.data</p> <p>29922_0.5_2.data</p> <p>29922_0.5_3.data</p> | Douglas | No | Yes | Yes | Yes | | |
| 29923 | 08/20/13 | <p>29923_0.5_1.data</p> <p>29923_0.5_2.data</p> <p>29923_0.5_3.data</p> | Douglas | No | Yes | Yes | Yes | | |
| 29924 | 08/20/13 | <p>29924_0.5_1_DT.data</p> <p>29924_0.5_2_DT.data</p> <p>29924_0.5_3_DT.data</p> <p>29924_0.5_1.data</p> <p>29924_0.5_2.data</p> <p>29924_0.5_3.data</p> | <p>Omar (notes)</p> <p>Douglas (DT)</p> <p>Ramona</p> | <span style="color: #dc143c;">No</span> | Yes | Yes | Yes | Ch0: This channel is very noisy. Very few peaks have noisless bases. | |
| 29925 | 08/20/13 | <p>29925_0.5_1.data</p> <p>29925_0.5_2.data</p> <p>29925_0.5_3.data</p> | <p>Douglas</p> | No | Yes | Yes | Yes | | |
| 29926 | 08/20/13 | | Douglas | No | No | No | No | | |
| 29927 | 08/20/13 | | Douglas | No | No | No | No | | |
| 29928 | 08/20/13 | | Ramona | No | Yes | Yes | Yes | | |
| 29929 | 08/20/13 | 29929_0.5_0.data | Ramona/ Omar | <span style="color: #dc143c;">No</span> | Yes | Yes | Yes | Ch0: This channel is almost all noise. | |
| 29930 | 08/20/13 | | Douglas | No | No | No | No | All channels mostly noise. | |
| 29931 | 08/20/13 | <p>29931_0.5_1.data</p> <p>29931_0.5_2.data</p> <p>29931_0.5_3.data</p> | Ramona | %RED%No%ENDCOLOR% | %GREEN%Yes%ENDCOLOR% | %GREEN%Yes%ENDCOLOR% | %GREEN%Yes%ENDCOLOR% | | |
| 29932 | | | | | | | | | |
| 29933 | 08/21/13 | <p>29933_0.5_0.data</p> <p>29933_0.5_1.data</p> <p>29933_0.5_2.data</p> <p>29933_0.5_3.data</p> | Javiera/Omar | %RED%No%ENDCOLOR% | %RED%No%ENDCOLOR% | %RED%No%ENDCOLOR% | %RED%No%ENDCOLOR% | Every channel was only noise | |
| 29934 | | | | | | | | | |
| 29935 | 08/21/13 | <p>29935_0.5_0.data</p> <p>29935_0.5_1.data</p> <p>29935_0.5_2.data</p> <p>29935_0.5_3.data</p> | Javiera | %RED%No%ENDCOLOR% | %GREEN%Yes%ENDCOLOR% | %GREEN%Yes%ENDCOLOR% | %GREEN%Yes%ENDCOLOR% | | |
| 29936 | | | | | | | | | |
| 29937 | 08/21/13 | <p>29937_0.5_0.data</p> <p>29937_0.5_1.data</p> <p>29937_0.5_2.data</p> <p>29937_0.5_3.data</p> | Javiera | %GREEN%Yes%ENDCOLOR% | %GREEN%Yes%ENDCOLOR% | %GREEN%Yes%ENDCOLOR% | %GREEN%Yes%ENDCOLOR% | | |
| 29938 | | | | | | | | | |
| 29939 | | | | | | | | | |
| 29940 | | | | | | | | | |
| 29941 | | | | | | | | | |
| 29942 | | | | | | | | | |
| 29943 | | | | | | | | | |
| 29944 | | | | | | | | | |
| 29945 | 08/21/13 | <p>29945_0.5_0.data</p> <p>29945_0.5_1.data</p> <p>29945_0.5_2.data</p> <p>29945_0.5_3.data</p> | Javiera | %RED%No%ENDCOLOR% | %GREEN%Yes%ENDCOLOR% | %GREEN%Yes%ENDCOLOR% | %GREEN%Yes%ENDCOLOR% | <p>Ch0: This channel was basically noise but there were 3 peaks that reached past 1 V</p> <p>Ch1, Ch2, Ch3: useful between t = .1 and t= ,3</p> <p> </p> | |
| 29946 | | | | | | | | | |
| 29947 | | | | | | | | | |
| 29948 | | | | | | | | | |
| 29949 | | | | | | | | | |
| 29951 | | | | | | | | | |
| 29952 | | | | | | | | | |
| 29953 | | | | | | | | | |
| 29954 | | | | | | | | | |
| 29955 | 08/21/13 | <p>29955_0.5_0.data</p> <p>29955_0.5_1.data</p> <p>29955_0.5_2.data</p> <p>29955_0.5_3.data</p> | Javiera | %RED%No%ENDCOLOR% | %GREEN% Yes%ENDCOLOR% | %GREEN%Yes%ENDCOLOR% | %GREEN%Yes%ENDCOLOR% | Every channel had a very large peak at around t = .382 s. Each of the peaks reached between 2 and 3 volts | |
| 29956 | | | | | | | | | |
| 29957 | | | | | | | | | |
| 29958 | 08/21/13 | <p>29958_0.5_1.data</p> <p>29958_0.5_2.data</p> <p>29958_0.5_3.data</p> | Ramona | No | Yes | Yes | Yes | | |
| 29959 | | | | | | | | | |
| 29960 | 08/21/13 | <p>29960_0.5_1.data</p> <p>29960_0.5_2.data</p> <p>29960_0.5_3.data</p> | Ramona | No | Yes | Yes | Yes | | |
| 29961 | 08/21/13 | <p>29961_0.5_0.data</p> <p>29961_0.5_1.data</p> <p>29961_0.5_2.data</p> <p>29961_0.5_3.data</p> | Javiera | %RED%%GREEN%Yes%ENDCOLOR%%ENDCOLOR% | %RED%%GREEN%Yes%ENDCOLOR%%ENDCOLOR% | %GREEN%Yes%ENDCOLOR% | %RED% %GREEN%Yes%ENDCOLOR%%ENDCOLOR% | Ch1, Ch2, Ch3: Each channel had a peak at ~ 3 V at t= .356s | |
| 29962 | 08/22/13 | <p>29962_0.5_0.data</p> <p>29962_0.5_1.data</p> <p>29962_0.5_2.data</p> <p>29962_0.5_3.data</p> | Javiera | %RED%No%ENDCOLOR% | %RED% No%ENDCOLOR% | %RED%No%ENDCOLOR% | %RED%No%ENDCOLOR% | Every channel was only noise | |
| 29963 | 08/22/13 | <p>29963_0.5_0.data</p> <p>29963_0.5_1.data</p> <p>29963_0.5_2.data</p> <p>29963_0.5_3.data</p> | Javiera | %RED%No%ENDCOLOR% | %RED% No%ENDCOLOR% | %RED% No%ENDCOLOR% | %RED% No%ENDCOLOR% | Every channel was only noise | |
| 29964 | 08/22/13 | <p>29964_0.5_0.data</p> <p>29964_0.5_1.data</p> <p>29964_0.5_2.data</p> <p>29964_0.5_3.data</p> | Javiera | %RED%No%ENDCOLOR% | %GREEN% Yes%ENDCOLOR% | %GREEN% Yes%ENDCOLOR% | %GREEN% Yes%ENDCOLOR% | <p>Ch0: Only noise</p> <p>Ch1, Ch2, Ch3: each one has good data from t = .1s to .3s</p> | |
| 29966 | 08/22/13 | <p>29966_0.5_1.data</p> <p>29966_0.5_3.data</p> <p>29966_0.5_3.data</p> | Ramona | No | Yes | Yes | Yes | | |
| 29969 | 08/22/13 | <p>29969_0.5_0.data</p> <p>29969_0.5_1.data</p> <p>29969_0.5_2.data</p> <p>29969_0.5_3.data</p> | Javiera | %RED%No%ENDCOLOR% | %RED%No%ENDCOLOR% | %RED%No%ENDCOLOR% | %RED%No%ENDCOLOR% | <p>Ch0: Possible overload from t = .282s to t = .288s. Everything else was noise</p> <p>Ch1: Possible overload from t = .280s to t = .320s. Everything else was noise</p> | |
| 29970 | 08/22/13 | <p>29970_0.5_0.data</p> <p>29970_0.5_1.data</p> <p>29970_0.5_2.data</p> <p>29970_0.5_3.data</p> | Javiera | %GREEN%Yes%ENDCOLOR% | %GREEN%Yes%ENDCOLOR% | %GREEN%Yes%ENDCOLOR% | %GREEN%Yes%ENDCOLOR% | <p>Ch0: There is some noise from t = .240s to .254s and then again at t = .320s and .330s</p> <p>Ch1: This channel has a possible overload and useful data from t = .240s to .310s</p> <p>Ch2, Ch3: both channels had useful data from t = .240s to .320s</p> | |
| 29971 | 08/22/13 | <p>29971_0.5_0.data</p> <p>29971_0.5_1.data</p> <p>29971_0.5_2.data</p> <p>29971_0.5_3.data</p> | Javiera | <span style="color: #ff0000;">%GREEN%%RED%No%ENDCOLOR%%ENDCOLOR%</span> | %GREEN% Yes%ENDCOLOR% | %GREEN%Yes%ENDCOLOR% | %GREEN%Yes %ENDCOLOR% | Ch1, Ch2, Ch3: Useful between t = .100s to t = .310s | |
| 29972 | 08/22/13 | <p>29972_0.5_1.data</p> <p>29972_0.5_2.data</p> <p>29972_0.5_3.data</p> | Ramona | No | Yes | Yes | Yes | | |
| 29974 | 08/22/13 | <p>29974_0.5_0.data</p> <p>29974_0.5_1.data</p> <p>29974_0.5_2.data</p> <p>29974_0.5_3.data</p> | Javiera | No | No | No | No | Every channel was only noise | |
| 29975 | 08/22/13 | <p>29975_0.5_1.data</p> <p>29975_0.5_2.data</p> <p>29975_0.5_3.data</p> | <p>Javiera (notes)</p> <p>Ramona</p> | <p>No</p> | Yes | Yes | Yes | Ch2, Ch3: Most useful between t = .1s to t = .3s | |
| 29976 | 08/22/13 | <p>29976_0.5_1.data</p> <p>29976_0.5_2.data</p> <p>29976_0.5_3.data</p> | <p>Javiera (notes)</p> <p>Ramona</p> | No | Yes | Yes | Yes | Ch1, Ch2, Ch3: Most useful between t = .1s to t = .27s | |
| 29978 | 08/22/13 | <p>29978_0.5_0.data</p> <p>29978_0.5_1.data</p> <p>29978_0.5_2.data</p> <p>29978_0.5_3.data</p> | Javiera | No | Yes | Yes | Yes | Ch1, Ch2, Ch3: Useful from t = .05s to t = .3s, everything afterwards is just noise | |
| 29980 | 08/22/13 | <p>29980_0.5_1.data</p> <p>29980_0.5_2.data</p> <p>29980_0.5_3.data</p> | <p>Javiera (notes)</p> <p>Ramona</p> | No | Yes | Yes | Yes | Ch1, Ch2, Ch3: Useful from t = 0s to t = .3s, everything afterwards is just noise | |
| 29981 | 08/22/13 | <p>29981_0.5_0.data</p> <p>29981_0.5_1.data</p> <p>29981_0.5_2.data</p> <p>29981_0.5_3.data</p> | Javiera | No | Yes | Yes | Yes | Ch1, Ch2, Ch3: Useful from t = 0s to t = .33s, everything afterwards is just noise | |
| 29982 | 08/22/13 | <p>29982_0.5_0.data</p> <p>29982_0.5_1.data</p> <p>29982_0.5_2.data</p> <p>29982_0.5_3.data</p> | Javiera | No | Yes | Yes | Yes | Ch1, Ch2, Ch3: Useful from t = .05s to t = .35s. Each one had a last voltage peak at around t = .351s with a v = 3.4 | |
| 29983 | 08/22/13 | <p>29983_0.5_0.data</p> <p>29983_0.5_1.data</p> <p>29983_0.5_2.data</p> <p>29983_0.5_3.data</p> | Javiera | No | Yes | Yes | Yes | Ch1, Ch2, Ch3: All of these are useful between t = .05s to t = .35s. In each one there is a large voltage peak at around t - .35s with a voltage of about 3.4V | |
| 29984 | 08/22/13 | <p>29984_0.5_0.data</p> <p>29984_0.5_1.data</p> <p>29984_0.5_2.data</p> <p>29984_0.5_3.data</p> | Javiera | No | No | No | No | These channels were mostly, if not all, noise. | |
| 29985 | | | | | | | | | |
| 29986 | | | | | | | | | |
| 29987 | | | | | | | | | |
| 29988 | | | | | | | | | |
| 29989 | | | | | | | | | |
| 29991 | | | | | | | | | |
| 29992 | | | | | | | | | |
| 29993 | | | | | | | | | |
| 29994 | | | | | | | | | |
| 30024 | 09/04/13 | <p>30024_0.5_0.data</p> <p>30024_0.5_1.data</p> <p>30024_0.5_2.data</p> <p>30024_0.5_3.data</p> | Omar | No | No | No | No | All channels were either composed of noise or were too noisy for data analysis. | |
| 30025 | 09/04/13 | <p>30025_0.5_0.data</p> <p>30025_0.5_1.data</p> <p>30025_0.5_2.data</p> <p>30025_0.5_3.data</p> | Omar | No | No | No | No | All channels were either composed of noise or were too noisy for data analysis. | |
| 30026 | 09/04/13 | <p>30026_0.5_0.data</p> <p>30026_0.5_1.data</p> <p>30026_0.5_2.data</p> <p>30026_0.5_3.data</p> | Omar | Yes | Yes | Yes | Yes | Bursts of 'overloads', periods of no data collection, were experienced. Very visibile between 200 and 300 ms. | |
| 30028 | 09/04/13 | <p>30028_0.5_0.data</p> <p>30028_0.5_1.data</p> <p>30028_0.5_2.data</p> <p>30028_0.5_3.data</p> | Omar | No | No | No | No | All channels were either composed of noise or were too noisy for data analysis. | |
| 30029 | 09/04/13 | <p>30029_0.5_0.data</p> <p>30029_0.5_1.data</p> <p>30029_0.5_2.data</p> <p>30029_0.5_3.data</p> | Omar | Yes | Yes | Yes | Yes | After approximately .12 seconds the files consist mainly of noise. | |
| 30030 | 09/04/13 | <p>30030_0.5_0.data</p> <p>30030_0.5_1.data</p> <p>30030_0.5_2.data</p> <p>30030_0.5_3.data</p> | Omar | Yes | Yes | Yes | Yes | | |
| 30031 | 09/04/13 | <p>30031_0.5_0.data</p> <p>30031_0.5_1.data</p> <p>30031_0.5_2.data</p> <p>30031_0.5_3.data</p> | Omar | Yes | Yes | Yes | Yes | | |
| 30032 | 09/04/13 | <p>30032_0.5_0.data</p> <p><span style="background-color: transparent;">30032_0.5_1.data</span></p> <p><span style="background-color: transparent;">30032_0.5_2.data</span></p> <p><span style="background-color: transparent;">30032_0.5_3.data </span></p> | Omar | Yes | Yes | Yes | Yes | | |
| 30034 | 09/04/13 | <p>30034_0.5_0.data</p> <p>30034_0.5_1.data</p> <p>30034_0.5_2<span style="background-color: transparent;">.data</span></p> <p>30034_0.5_3.data</p> | Omar | Yes | Yes | Yes | Yes | The peaks in channel 0 were difficult to distinguish due to periods of high noise and a base than had more noise than other shots at the base of the peak. | |
| 30035 | 09/04/13 | <p>30035_0.5_0.data</p> <p>30035_0.5_1.data</p> <p>30035_0.5_2.data</p> <p>30035_0.5_3.data</p> | Omar | Yes | Yes | Yes | Yes | | |
| 30036 | 09/04/13 | <p>30036_0.5_0.data</p> <p>30036_0.5_1.data</p> <p>30036_0.5_2.data</p> <p>30036_0.5_3.data</p> | Omar | No | Yes | Yes | Yes | Channel 0 has noisy peaks which make it difficult to provide a consistent selection. | |
| 30037 | 09/04/13 | <p>30037_0.5_0.data</p> <p>30037_0.5_1.data</p> <p>30037_0.5_2.data</p> <p>30037_0.5_3.data</p> | Omar | No | Yes | Yes | Yes | Channel 0 has noisy peaks which make it difficult to provide a consistent selection. | |
| 30038 | 09/04/13 | <p>30038_0.5_0.data</p> <p>30038_0.5_1.data</p> <p>30038_0.5_2.data</p> <p>30038_0.5_3.data</p> | Omar | No | Yes | Yes | Yes | Channel 0 has noisy peaks which make it difficult to provide a consistent selection. | |
| 30039 | 09/04/13 | <p>30039_0.5_0.data</p> <p>30039_0.5_1.data</p> <p>30039_0.5_2.data</p> <p>30039_0.5_3.data</p> | Omar | No | Yes | Yes | Yes | Channel 0 has noisy peaks which make it difficult to provide a consistent selection. Whole channel may be all noise with very few peaks. | |
| 30040 | 09/04/13 | <p>30040_0.5_0.data</p> <p>30040_0.5_1.data</p> <p>30040_0.5_2.data</p> <p>30040_0.5_3.data</p> | Omar | No | Yes | Yes | Yes | Channel 0 may be composed entirely of noise. | |
| 30041 | 09/04/13 | <p>30041_0.5_0.data</p> <p>30041_0.5_1.data</p> <p>30041_0.5_2.data</p> <p>30041_0.5_3.data</p> | Omar | No | Yes | Yes | Yes | Channel 0 may be composed entirely of noise. | |
| 30042 | 09/04/13 | <p>30042_0.5_0.data</p> <p>30042_0.5_1.data</p> <p>30042_0.5_2.data</p> <p>30042_0.5_3.data</p> | Omar | No | Yes | Yes | Yes | Channel 0 has noisy peaks which make it difficult to provide a consistent selection. Whole channel may be all noise with very few peaks. | |
| 30043 | 09/04/13 | <p>30043_0.5_0.data</p> <p>30043_0.5_1.data</p> <p>30043_0.5_2.data</p> <p>30043_0.5_3.data</p> | Omar | No | Yes | Yes | Yes | Channel 0 has noisy peaks which make it difficult to provide a consistent selection. Whole channel may be all noise with very few peaks. There is no apparent data after approximately .24 seconds. | |
| 30044 | 09/04/13 | <p>30044_0.5_0.data</p> <p>30044_0.5_1.data</p> <p>30044_0.5_2.data</p> <p>30044_0.5_3.data</p> | Omar | No | Yes | Yes | Yes | Channel 0 has noisy peaks which make it difficult to provide a consistent selection. Whole channel may be all noise with very few peaks. There is no apparent data after approximately .36 seconds. | |
| 30045 | 09/04/13 | <p>30045_0.5_0.data</p> <p>30045_0.5_1.data</p> <p>30045_0.5_2.data</p> <p>30045_0.5_3.data</p> | Omar | No | Yes | Yes | Yes | Channel 0 has very noisy peaks. | |
| 30047 | 09/04/13 | <p>30047_0.5_0.data</p> <p>30047_0.5_1.data</p> <p>30047_0.5_2.data</p> <p>30047_0.5_3.data</p> | Omar | No | Yes | Yes | Yes | Channel 0 has very noisy peaks. | |
| 30048 | 09/04/13 | <p>30048_0.5_0.data</p> <p>30048_0.5_1.data</p> <p>30048_0.5_2.data</p> <p>30048_0.5_3.data</p> | Omar | No | yes | Yes | Yes | Channel 0 has very noisy peaks. | |
| 30049 | 09/04/13 | <p>30049_0.5_0.data</p> <p>30049_0.5_1.data</p> <p>30049_0.5_2.data</p> <p>30049_0.5_3.data</p> | Omar | No | Yes | Yes | Yes | Channel 0 has very noisy peaks. | |
| 30050 | 09/05/2013 | <p>30050_0.5_0.data</p> <p>30050_0.5_1.data</p> <p>30050_0.5_2.data</p> <p>30050_0.5_3.data</p> | Carlos Lopez | Yes | No | Yes | Yes | <p>Ch0: Very noisy, but found 3 peaks</p> <p>Ch1: Noisier than Ch0, found no real peaks, will recheck</p> | |
| 30051 | 09/05/2013 | <p>30051_0.5_0.data</p> <p>30051_0.5_1.data</p> <p>30051_0.5_2.data</p> <p>30051_0.5_3.data</p> <p> </p> | Carlos Lopez | No | No | No | No | <p>Ch0: nothing/noisy</p> <p>Ch1: noisy</p> <p>Ch2: noisy</p> <p>Ch3: noisy</p> | |
| 30052 | 09/05/2013 | <p>30052_0.5_0.data</p> <p>30052_0.5_1.data</p> <p>30052_0.5_2.data</p> <p>30052_0.5_3.data</p> | Carlos Lopez | No | No | No | No | Noise in all channels | |
| 30053 | 09/05/2013 <p> </p> | <p>30053_0.5_0.data</p> <p>30053_0.5_1.data</p> <p>30053_0.5_2.data</p> <p> </p> 30053_0.5_3.data | Carlos Lopez | No | Yes | Yes | Yes | Ch0: noise | |
| 30054 | 09/05/2013 | <p>30054_0.5_0.data</p> <p>30054_0.5_1.data</p> <p>30054_0.5_2.data</p> <p>30054_0.5_3.data</p> | Carlos Lopez | No | Yes | Yes | Yes | Ch0: noise | |
| 30055 | 09/05/2013 | <p>30055_0.5_0.data</p> <p>30055_0.5_1.data</p> <p>30055_0.5_2.data</p> <p>30055_0.5_3.data</p> | Carlos Lopez | No | Yes | Yes | Yes | Ch0: noise | |
| 30056 | 09/05/2013 | <p>30056_0.5_0.data</p> <p>30056_0.5_1.data</p> <p>30056_0.5_2.data</p> <p>30056_0.5_3.data</p> | Carlos Lopez | No | No | No | No | All channels had too much noise | |
| 30057 | 09/05/2013 | 30057_0.5_0.data <p>30057_0.5_1.data</p> <p>30057_0.5_2.data</p> <p>30057_0.5_3.data</p> | Carlos Lopez | No | Yes | Yes | Yes | Ch 0: noise | |
| 30058 | 09/05/2013 | 30058_0.5_0.data <p>30058_0.5_1.data</p> <p>30058_0.5_2.data</p> <p> </p> 30058_0.5_3.data | Carlos Lopez | No | No | No | No | Noise in all channels | |
| 30059 | 09/05/2013 | <p>30059_0.5_0.data</p> <p>30059_0.5_1.data</p> <p>30059_0.5_2.data</p> <p>30059_0.5_3.data</p> | Carlos Lopez | No | No | No | No | Noise in all channels | |
| 30060 | 09/05/2013 | <p>30060_0.5_0.data</p> <p>30060_0.5_1.data</p> <p>30060_0.5_2.data</p> <p>30060_0.5_3.data</p> | Carlos Lopez | No | Yes | Yes | Yes | Ch0: noise | |
| 30062 | 09/05/2013 | <p>30062_0.5_0.data</p> <p>30062_0.5_1.data</p> <p>30062_0.5_2.data</p> <p>30062_0.5_3.data</p> | Carlos Lopez | No | Yes | Yes | Yes | Ch0: noise | |
| 30063 | 09/05/2013 | <p>30063_0.5_0.data</p> <p>30063_0.5_1.data</p> <p>30063_0.5_2.data</p> <p>30063_0.5_3.data</p> | Carlos Lopez | No | Yes | Yes | Yes | Ch0: noise | |
| 30064 | 09/05/2013 | <p>30064_0.5_0.data</p> <p>30064_0.5_1.data</p> <p>30064_0.5_2.data</p> <p>30064_0.5_3.data</p> | Carlos Lopez | No | Yes | Yes | Yes | Ch0: noise | |
| 30065 | 09/05/2013 | <p>30065_0.5_0.data</p> <p>30065_0.5_1.data</p> <p>30065_0.5_2.data</p> <p>30065_0.5_3.data</p> | Carlos Lopez | No | Yes | Yes | Yes | Ch0: noise | |
| 30066 | 09/05/2013 | <p>30066_0.5_0.data</p> <p>30066_0.5_1.data</p> <p>30066_0.5_2.data</p> <p>30066_0.5_3.data</p> | Carlos Lopez | No | Yes | Yes | Yes | Ch 0: noise | |
| 30067 | 09/05/2013 | <p>30067_0.5_0.data</p> <p>30067_0.5_1.data</p> <p>30067_0.5_2.data</p> <p>30067_0.5_3.data</p> | Carlos Lopez | No | Yes | Yes | Yes | Ch 0: noise | |
| 30068 | 09/05/2013 | <p>30068_0.5_0.data</p> <p>30068_0.5_1.data</p> <p>30068_0.5_2.data</p> <p>30068_0.5_3.data</p> | Carlos Lopez | No | Yes | Yes | Yes | Ch 0: noise | |
| 30069 | 09/05/2013 | <p>30069_0.5_0.data</p> <p>30069_0.5_1.data</p> <p>30069_0.5_2.data</p> <p>30069_0.5_3.data</p> | Carlos Lopez | No | Yes | Yes | Yes | Ch 0: noise | |
| 30071 | 09/05/2013 | <p>30071_0.5_0.data</p> <p>30071_0.5_1.data</p> <p>30071_0.5_2.data</p> <p>30071_0.5_3.data</p> | Carlos Lopez | No | Yes | Yes | Yes | Ch 0: noise | |
| 30073 | 09/05/2013 | <p>30073_0.5_0.data</p> <p>30073_0.5_1.data</p> <p>30073_0.5_2.data</p> <p>30073_0.5_3.data</p> | Carlos Lopez | No | Yes | Yes | Yes | Ch 0: noise | |
| 30074 | 09/05/2013 | <p>30074_0.5_0.data</p> <p>30074_0.5_1.data</p> <p>30074_0.5_2.data</p> <p>30074_0.5_3.data</p> | Carlos Lopez | No | Yes | Yes | Yes | Ch 0: noise | |
| 30075 | 09/05/2013 | <p>30075_0.5_0.data</p> <p>30075_0.5_1.data</p> <p>30075_0.5_2.data</p> <p>30075_0.5_3.data</p> | Carlos Lopez | No | Yes | Yes | Yes | Ch 0: noise | |
| 30076 | 09/05/2013 | <p>30076_0.5_0.data</p> <p>30076_0.5_1.data</p> <p>30076_0.5_2.data</p> <p>30076_0.5_3.data</p> | Carlos Lopez | No | Yes | Yes | Yes | Ch 0: noise | |
| 30077 | 09/05/2013 | <p>30077_0.5_0.data</p> <p>30077_0.5_1.data</p> <p>30077_0.5_2.data</p> <p>30077_0.5_3.data</p> | Carlos Lopez | No | Yes | Yes | Yes | Ch 0: noise | |
| 30078 | 09/06/2013 | <p>30078_0.5_0.data</p> <p>30078_0.5_1.data</p> <p>30078_0.5_2.data</p> <p>30078_0.5_3.data</p> | Carlos Lopez | No | No | No | No | No channel contains data | |
| 30079 | 09/06/2013 | <p>30079_0.5_0.data</p> <p>30079_0.5_1.data</p> <p>30079_0.5_2.data</p> <p>30079_0.5_3.data</p> | Carlos Lopez | No | No | No | No | No channel contains data | |
| 30080 | 09/06/2013 | <p>30080_0.5_0.data</p> <p>30080_0.5_1.data</p> <p>30080_0.5_2.data</p> <p>30080_0.5_3.data</p> | Carlos Lopez | No | No | No | No | No channel contains data | |
| 30081 | 09/06/2013 | <p>30081_0.5_0.data</p> <p>30081_0.5_1.data</p> <p>30081_0.5_2.data</p> <p>30081_0.5_3.data</p> | Carlos Lopez | No | Yes | Yes | Yes | Ch 0: no data | |
| 30082 | 09/06/2013 | <p>30082_0.5_0.data</p> <p>30082_0.5_1.data</p> <p>30082_0.5_2.data</p> <p>30082_0.5_3.data</p> | Carlos Lopez | No | No | No | No | None of the channels have data | |
| 30084 | 09/06/2013 | <p>30084_0.5_0.data</p> <p>30084_0.5_1.data</p> <p>30084_0.5_2.data</p> <p>30084_0.5_3.data</p> | Carlos Lopez | No | No | No | No | None of the channels have data | |
| 30085 | 09/06/2013 | <p>30085_0.5_0.data</p> <p>30085_0.5_1.data</p> <p>30085_0.5_2.data</p> <p>30085_0.5_3.data</p> | Carlos Lopez | No | No | No | No | None of the channels have data | |
| 30086 | 09/06/2013 | <p>30086_0.5_0.data</p> <p>30086_0.5_1.data</p> <p>30086_0.5_2.data</p> <p>30086_0.5_3.data</p> | <p>Carlos Lopez</p> <p>redone: Ramona Perez</p> | Yes | Yes | Yes | Yes | <p>Ch 0: no usable data</p> <p>Ch 0: very noisy, but some peaks</p> | |
| 30087 | | | | | | | | | |
| 30088 | | | | | | | | | |
| 30089 | | | | | | | | | |
| 30090 | | <p>30090_0.7_0.data</p> <p>30090_0.7_1.data</p> <p>30090_0.7_2.data</p> <p>30090_0.7_3.data</p> | Ramona Perez | Yes | Yes | Yes | Yes | Ch0: very noisy, but some peaks | |
| 30091 | | | | | | | | | |
| 30092 | | | | | | | | | |
| 30093 | | | | | | | | | |
| 30094 | | | | | | | | | |
| 30095 | | | | | | | | | |
| 30097 | | | | | | | | | |
| 30098 | | | | | | | | | |
| 30099 | | | | | | | | | |
| 30100 | | | | | | | | | |
| 30101 | | | | | | | | | |
| 30102 | | | | | | | | | |
| 30103 | | | | | | | | | |
| 30104 | | | | | | | | | |
| 30105 | 09/09/13 | <p>30105_0.5_0.data</p> <p>30105_0.5_1.data</p> <p>30105_0.5_2.data</p> <p>30105_0.5_3.data</p> | Pierre | No | No | No | No | There are no particle peaks in any of the channels for this shot. | |
| 30106 | 09/09/13 | <p>30106_0.5_0.data</p> <p>30106_0.5_1.data</p> <p>30106_0.5_2.data</p> <p>30106_0.5_3.data</p> | Pierre | No | No | No | No | Ch 0 and Ch 1 have no particle peaks, but Ch 2 and Ch 3's signal are dominated by high frequency noise (Also no particle peaks). | |
| 30107 | 09/09/13 | <p>30107_0.5_0.data</p> <p>30107_0.5_1.data</p> <p>30107_0.5_2.data</p> <p>30107_0.5_3.data</p> | Pierre | No | No | No | No | <p>Ch 0 has a singular high frequency high voltage (~3 V) noise peak @ 0.452 sec</p> <p>Ch 1 has a singular high frequency high voltage (~3 V) noise peak @ 0.452 sec</p> <p>Ch 2 has a singular high frequency high voltage (~3 V) noise peak @ 0.452 sec</p> <p>Ch 3 has a singular high frequency high voltage (~3 V) noise peak @ 0.452 sec</p> <p> </p> | |
| 30108 | 09/09/13 | <p>30108_0.5_0.data</p> <p>30108_0.5_1.data</p> <p>30108_0.5_2.data</p> <p>30108_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 has a large reflected peak (~ -2.7 V) at 0.163 sec amongst other smaller reflected peaks.</p> <p> </p> | |
| 30109 | 09/09/13 | <br /> <p>30109_0.5_0.data</p> <p>30109_0.5_1.data</p> <p>30109_0.5_2.data</p> <p>30109_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | | |
| 30110 | 09/09/13 | <br /> <p>30110_0.5_0.data</p> <p>30110_0.5_1.data</p> <p>30110_0.5_2.data</p> <p>30110_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | | |
| 30111 | 09/09/13 | <p>30111_0.5_0.data</p> <p>30111_0.5_1.data</p> <p>30111_0.5_2.data</p> <p>30111_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0, there are some high frequency high voltage around 100 ms into the shot</p> <p>Ch 1, the signal seems to being prematurely and there is some high frequency noise</p> <p>Ch 2, the signal seems to being prematurely and there is some high frequency noise</p> <p>Ch 3, the signal seems to being prematurely and there is some high frequency noise</p> | |
| 30112 | 09/09/13 | <p>30112_0.5_0.data</p> <p>30112_0.5_1.data</p> <p>30112_0.5_2.data</p> <p>30112_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 1 has a large peak (~3.5 V) at 288 ms</p> <p>Ch 2 has a large peak (~3.5 V) at 289 ms</p> <p> </p> | |
| 30113 | 09/09/13 | <p>30113_0.5_0.data</p> <p>30113_0.5_1.data</p> <p>30113_0.5_2.data</p> <p>30113_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 has high frequency and high voltage noise [0.166, 0.198]</p> <p>Ch 1 has two large reflected peaks at 0.167 sec and 0.190 sec.</p> <p>Ch 2 has a high voltage (~3.5 V) and high frequency noise spike at 0.189 sec.</p> <p>Ch 3 has large reflected (~ -1 V) peaks at 0.167, 0.170, and 0.189 sec.</p> | |
| 30114 | 09/09/13 | <p>30114_0.5_0.data</p> <p>30114_0.5_1.data</p> <p>30114_0.5_2.data</p> <p>30114_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | Ch 0, Ch 1, Ch 2, Ch 3 has some reflected peaks but nothing too large. | |
| 30115 | 09/09/13 | <p>30115_0.5_0.data</p> <p>30115_0.5_1.data</p> <p>30115_0.5_2.data</p> <p>30115_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 has many large amplitude (~3 V) high frequency reflected peaks. Look for outliers in rates [0.126, 0.250]</p> <p>Ch 1 has a few moderate amplitude (~ 2 V) reflected peaks. Look for outliers in rates [0.126, 0.250]</p> <p>Ch 2 has a few moderate amplitude (~ 2 V) reflected peaks. Look for outliers in rates [0.126, 0.250]</p> <p>Ch 3 has a few moderate amplitude (~ 2 V) reflected peaks. Look for outliers in rates [0.126, 0.250]</p> | |
| 30116 | 09/09/13 | <p>30116_0.5_0.data</p> <p>30116_0.5_1.data</p> <p>30116_0.5_2.data</p> <p>30116_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 has small reflected peaks [0.084, 0.152] and at 0.291 and 0.307 sec.</p> <p>Ch 1 is a good signal.</p> <p>Ch 2 is a good signal.</p> <p>Ch 3 is a good signal.</p> <p> </p> | |
| 30117 | 09/09/13 | <p>30117_0.5_0.data</p> <p>30117_0.5_1.data</p> <p>30117_0.5_2.data</p> <p>30117_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 has two large noise peaks at 0.264 and 0.274 sec.</p> <p>Ch 1 is a much cleaner signal than Ch 0.</p> <p>Ch 2 is also a clean signal with little noise.</p> <p>Ch 3 is also a clean signal with little noise.</p> <p> </p> | |
| 30118 | 09/09/13 | <p>30118_0.5_0.data</p> <p>30118_0.5_1.data</p> <p>30118_0.5_2.data</p> <p>30118_0.5_3.data</p> | Pierre | No | No | No | No | Ch 2 is all high frequency high voltage noise. | |
| 30119 | 09/09/13 | <p>30119_0.5_0.data</p> <p>30119_0.5_1.data</p> <p>30119_0.5_2.data</p> <p>30119_0.5_3.data</p> | Pierre | No | No | No | No | <p>Ch 2 is all high frequency high voltage noise.</p> <p>Ch 3 is all high frequency high voltage noise.</p> | |
| 30120 | 09/09/13 | <p>30120_0.5_0.data</p> <p>30120_0.5_1.data</p> <p>30120_0.5_2.data</p> <p>30120_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0's signal ends after 0.132 sec.</p> <p>Ch 1's signal ends after 0.136 sec. Peaks are cleaner than in Ch 0.</p> <p>Ch 2's signal ends after 0.135 sec. There is much more noise prevelant in the signal.</p> <p>Ch 3's signal ends after 0.145 sec. There is much more noise prevelant in the signal but not as high in amplitude.</p> <p> </p> | |
| 30121 | 09/09/13 | <p>30121_0.5_0.data</p> <p>30121_0.5_1.data</p> <p>30121_0.5_2.data</p> <p>30121_0.5_3.data</p> | Pierre | No | Yes | Yes | Yes | <p>Ch 0 is very noisy with a few large high frequency waves of large amplitudes.</p> <p>Ch 1 is considerably cleaner with only one large amplitude high frequency noise peak at 0.212 sec.</p> <p>Ch 2 is also clean with a single large amplitude high frequency noise peak.</p> <p>Ch 3 is a clean signal with a single large amplitude high frequency noise peak at 0.213 sec.</p> | |
| 30122 | 09/09/13 | <p>30122_0.5_0.data</p> <p>30122_0.5_1.data</p> <p>30122_0.5_2.data</p> <p>30122_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 has quite a few reflected peaks and a large noise peak at 0.211 sec. There is a lot of low voltage noise embedded in the baseline signal.</p> <p>Ch 1 is a cleaner signal than Ch 0 with a few reflected noise peaks.</p> <p>Ch 2 is a cleaner signal than Ch 0 but with a noiser baseline signal.</p> <p>Ch 3 is a cleaner signal than Ch 0 but with a noiser baseline signal.</p> | |
| 30123 | 09/09/13 | <p>30123_0.5_0.data</p> <p>30123_0.5_1.data</p> <p>30123_0.5_2.data</p> <p>30123_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 has a few reflected peaks and a noisy baseline near the middle of the shot.</p> <p>Ch 1 has a clean signal.</p> <p>Ch 2 has a very clean signal.</p> <p>Ch 3 has a clean signal.</p> | |
| 30124 | 09/09/13 | <p>30124_0.5_0.data</p> <p>30124_0.5_1.data</p> <p>30124_0.5_2.data</p> <p>30124_0.5_3.data</p> | Pierre | No | Yes | Yes | Yes | <p>Ch 0 is very noisy and peaks are erratic.</p> <p>Ch 1 is clean with a few gaps of flatline signal.</p> <p>Ch 2 is a decently clean with a noisy baseline.</p> <p>Ch 3 is decently clean with a noisy baseline and many particle peaks with large amplitudes (~ 1.5 V)</p> | |
| 30125 | 09/10/13 | <p>30125_0.5_0.data</p> <p>30125_0.5_1.data</p> <p>30125_0.5_2.data</p> <p>30125_0.5_3.data</p> | Pierre | No | No | No | No | There are no particle peaks in any channels. | |
| 30126 | 09/10/13 | <p>30126_0.5_0.data</p> <p>30126_0.5_1.data</p> <p>30126_0.5_2.data</p> <p>30126_0.5_3.data</p> | Pierre | No | No | No | No | <p>Ch 2 contains only high frequency noise (~ Amplitude 0.2 V)</p> <p>Ch3 same as latter.</p> | |
| 30127 | 09/10/13 | <p>30127_0.5_0.data</p> <p>30127_0.5_1.data</p> <p>30127_0.5_2.data</p> <p>30127_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 is a clean signal with little noise and consistent peaks.</p> <p>Ch 1 has a large reflected peak at 0.360 sec.</p> <p>Ch 2 has a large reflected peak at 0.360 sec.</p> <p>Ch 3 has a large reflected peak at 0.359 sec.</p> | |
| 30128 | 09/10/13 | <p>30128_0.5_0.data</p> <p>30128_0.5_1.data</p> <p>30128_0.5_2.data</p> <p>30128_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 has a large reflected peak (~ -0.8 V) at 0.177 sec.</p> <p>Ch 1 has a large reflected peak (~ -0.8 V) at 0.210 sec.</p> <p>Ch 2 has a large reflected peak (~ -0.8 V) at 0.210 sec.</p> <p>Ch 3 has a good signal with little noise.</p> | |
| 30130 | 09/10/13 | <p>30130_0.5_0.data</p> <p>30130_0.5_1.data</p> <p>30130_0.5_2.data</p> <p>30130_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 has a large reflected peak at 0.290 sec.</p> <p>Ch 1 has a large reflected peak (~ -3.35 V) at 0.290 sec.</p> <p>Ch 2 has a large reflected peak (~ -3.30 V) at 0.290 sec.</p> <p>Ch 3 has a large reflected peak (~ -2.65 V) at 0.290 sec.</p> | |
| 30131 | 09/10/13 | <p>30131_0.5_0.data</p> <p>30131_0.5_1.data</p> <p>30131_0.5_2.data</p> <p>30131_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 has a few small reflected peaks but is otherwise relatively free of noise.</p> <p>Ch 1 has a few small reflected peaks but is also clean.</p> <p>Ch 2 has a noisy baseline.</p> <p>Ch 3 has a clean signal.</p> | |
| 30132 | 09/10/13 | <p>30132_0.5_0.data</p> <p>30132_0.5_1.data</p> <p>30132_0.5_2.data</p> <p>30132_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 has a large noise peak (~ 3.5 V) at 0.441 sec. Later in the shot peaks are irregular and a majority do not exceed 0.3 V in height.</p> <p>Ch 1 has a large noise peak (~ 3.5 V) at 0.441 sec and at 0.445 sec. Peaks are consistent in shape and height.</p> <p>Ch 2 has a large noise peak (~ 3.5 V) at 0.441 sec and at 0.445 sec. Peaks are consistent in shape and height.</p> <p>Ch 3 has a large noise peak (~ 3.5 V) at 0.441 sec and at 0.445 sec. Peaks are consistent in shape and height.</p> | |
| 30133 | 09/10/13 | <p>30133_0.5_0.data</p> <p>30133_0.5_1.data</p> <p>30133_0.5_2.data</p> <p>30133_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 has some noise, particularly many reflected peaks throughout the shot. Later in the shot peaks are irregular and a majority do not exceed 0.3 V in height.</p> <p>Ch 1 is a much cleaner signal than Ch 0. Peaks are consistent.</p> <p>Ch 2 has a noisy baseline but good peaks.</p> <p>Ch 3 also has a noisy baseline but the peaks are good.</p> | |
| 30134 | 09/10/13 | <p>30134_0.5_0.data</p> <p>30134_0.5_1.data</p> <p>30134_0.5_2.data</p> <p>30134_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 has a large peak (~ 2.25 V) at 0.325 sec. Hardly any peaks exceed 0.5 V in height and are inconsistent in shape.</p> <p>Ch 1 has two large peaks (~ 2.0 V, 1.8 V) at 0.325 and 0.360 sec. Peaks are cleaner but occasionally have noise oscillations disturbing their shape.</p> <p>Ch 2 has a large peak (~ 1.5 V) at 0.325 sec. Noisy baseline but peaks are consistent.</p> <p>Ch 3 has a noisy baseline but peaks are consistent.</p> | |
| 30135 | 09/10/13 | <p>30135_0.5_0.data</p> <p>30135_0.5_1.data</p> <p>30135_0.5_2.data</p> <p>30135_0.5_3.data</p> | Pierre | No | Yes | Yes | Yes | <p>Ch 0 has a large peak (~ 1.2 V) at 0.229 sec, 2 high freq noise peak (~ 0.75, 0.66 V) at 0.236 and 0.401 sec. There is too much noise in peaks and variations in shape.</p> <p>Ch 1 has a handful of reflected peaks from 0.200 to 0.250 sec.</p> <p>Ch 2 has a clean signal, occasional shifts in baseline, may lead to high rates.</p> <p>Ch 3 has a clean signal with consistent peaks.</p> | |
| 30136 | 09/10/13 | <p>30136_0.5_0.data</p> <p>30136_0.5_1.data</p> <p>30136_0.5_2.data</p> <p>30136_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 has two large peaks at 0.209 and 0.300 sec (~1.0 V) and a noise peak (~1.0 V) at 0.500 sec. The peaks in this channel are drowned with noise and are inconsistent in shape.</p> <p>Ch 1 has a few sections of over saturated signals from 0.190 to 0.309 sec.</p> <p>Ch 2 has a noisy baseline but the peaks are consistent in shape.</p> <p>Ch 3 has a clean signal.</p> | |
| 30137 | 09/10/13 | <p>30137_0.5_0.data</p> <p>30137_0.5_1.data</p> <p>30137_0.5_2.data</p> <p>30137_0.5_3.data</p> | Pierre | No | Yes | Yes | Yes | <p>Ch 0 has no peaks larger 0.3 V save for noise peaks (~3.0 V). Peaks are very inconsistent in shape and filled with noise.</p> <p>Ch 1 has the same large noise peaks (~3.0 V) at 0.270, 0.360, 0.385, 0.448, and a smaller noise peak at 0.408.</p> <p>Ch 2 has large noise peaks (~3.0 V) at 0.270, 0.360, 0.385, and 0.448. The baseline signal is somewhat noisy but a mojority of paritcle peaks have clean shapes.</p> <p>Ch 3 has large noise peaks (~3.0 V) at 0.270, 0.360, 0.385, and 0.448. This channel also has gaps of no activity but other than that is clean and had good peaks.</p> | |
| 30138 | 09/10/13 | <p>30138_0.5_0.data</p> <p>30138_0.5_1.data</p> <p>30138_0.5_2.data</p> <p>30138_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 has a large noise peak (~0.68 V) at 0.069 sec and has no other peaks larger than 0.26 V. This channel also has high frequency signals that are disgused within particle peaks. Zoom in to differentiate.</p> <p>Ch 1 has a clean signal with consistent peak shapes.</p> <p>Ch 2 has decently clean with good peaks but some noise embedded in the baseline signal.</p> <p>Ch 3 has a clean signal</p> | |
| 30139 | 09/10/13 | <p>30139_0.5_0.data</p> <p>30139_0.5_1.data</p> <p>30139_0.5_2.data</p> <p>30139_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 has a grouping of high frequency noise (~0.60 V) at 0.387 sec alongside not having any particle peaks above 0.25 V.</p> <p>Ch 1 has a clean signal with good peak shapes.</p> <p>Ch 2 has a clean signal with some noise in the baseline but the peaks are consistent.</p> <p>Ch 3 has a large peak (~2.70 V) at 0.246 sec and prevalent noise in the baseline but otherwise clean good peaks.</p> | |
| 30140 | 09/10/13 | <p>30140_0.5_0.data</p> <p>30140_0.5_1.data</p> <p>30140_0.5_2.data</p> <p>30140_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 has no peaks higher than 0.27 V and has a lot of noise that peaks inconsistent in shape.</p> <p>Ch 1 has a clean signal with consistent peak shapes.</p> <p>Ch 2 has a clean signal with some noise in the baseline.</p> <p>Ch 3 has a clean signal with some noise in the baseline.</p> | |
| 30141 | 09/10/13 | <p>30141_0.5_0.data</p> <p>30141_0.5_1.data</p> <p>30141_0.5_2.data</p> <p>30141_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 has no peaks higher than 0.26 V with very noisy peaks.</p> <p>Ch 1 has a clean signal with consistent peak shapes.</p> <p>Ch 2 has some noise but otherwise clean, consistent peaks.</p> <p>Ch 3 has a clean signal with good peaks.</p> | |
| 30142 | 09/10/13 | <p>30142_0.5_0.data</p> <p>30142_0.5_1.data</p> <p>30142_0.5_2.data</p> <p>30142_0.5_3.data</p> | Pierre | No | Yes | Yes | Yes | <p>Ch 0 is riddled with so much noise that most peaks are impossible to distinguish from noise.</p> <p>Ch 1 has a large reflected peak (~ -3.31 V) at 0.440 sec but otherwise has clean consistent peaks.</p> <p>Ch 2 has a large reflected peak (~ -3.04 V) at 0.440 sec but otherwise has clean consistent peaks.</p> <p>Ch 3 has a large reflected peak (~ -2.67 V) at 0.440 sec but otherwise has clean consistent peaks.</p> | |
| 30143 | 09/10/13 | <p>30143_0.5_0.data</p> <p>30143_0.5_1.data</p> <p>30143_0.5_2.data</p> <p>30143_0.5_3.data</p> | Pierre | No | Yes | Yes | Yes | <p>Ch 0 peaks are riddled with noise making it extremely difficult to fond consistent peaks.</p> <p>Ch 1 has a large reflected peak (~ -1.0 V) at 0.430 sec but is otherwise a good signal with consistent peak shapes.</p> <p>Ch 2 has a large reflected peak (~ -1.0 V) at 0.430 sec but is otherwise a good signal with consistent peak shapes.</p> <p>Ch 3 has a large reflected peak (~ -1.0 V) at 0.430 sec but is otherwise a good signal with consistent peak shapes.</p> | |
| 30144 | 09/10/13 | <p>30144_0.5_0.data</p> <p>30144_0.5_1.data</p> <p>30144_0.5_2.data</p> <p>30144_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 has large peaks (~ 0.8 V) at 0.418 and 0.442 sec with a few more trailing at the end of the shot. Peaks are somewhat consistent.</p> <p>Ch 1 has large reflected peaks (~ -2.0 V) at 0.441 and 0.472 sec but it otherwise a good signal with clean, consistent peaks.</p> <p>Ch 2 has large reflected peaks (~ -1.20) at 0.419 and 0.441 and another (~ -1.60) at 0.473 sec otherwise channel is has some noise but peaks are consistent.</p> <p>ch 3 has large reflected peaks (~ -1.0) at 0.420 and 0.442 and another (~ -1.20) at 0.472 sec otherwise channel is has some noise but peaks are consistent.</p> | |
| 30145 | 09/10/13 | <p>30145_0.5_0.data</p> <p>30145_0.5_1.data</p> <p>30145_0.5_2.data</p> <p>30145_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 has a few noise peaks but has peaks that are somewhat consistent but this signal still has a lot of noise.</p> <p>Ch 1 has a good signal with consistent peaks save for a oversaturated signal at 0.402 sec.</p> <p>Ch 2 has a noiser baseline signal with the same oversaturated signal at 0.402 sec.</p> <p>Ch 3 has a clean signal with little noise.</p> | |
| 30147 | 09/10/13 | <p>30147_0.5_0.data</p> <p>30147_0.5_1.data</p> <p>30147_0.5_2.data</p> <p>30147_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 has a few large noise peaks between 0.342-0.490 sec and besides the latter no peaks exceed 0.3 V.</p> <p>Ch 1 has a large noise peak (~ -2.20 V) at 0.467 sec but is otherwise a good signal.</p> <p>Ch 2 has a large noise peak (~ -1.30 V) at 0.467 sec but is otherwise a good signal.</p> <p>Ch 3 has a noisy baseline but peaks are clean and consistent.</p> | |
| 30148 | 09/10/13 | <p>30148_0.5_0.data</p> <p>30148_0.5_1.data</p> <p>30148_0.5_2.data</p> <p>30148_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 has noisy peaks (~ 3.33 V) during 0.123-0.235 sec as well as noisy peaks that are somewhat consistent.</p> <p>Ch 1 has large noise peaks (~ 3.33 V) during 0.123-0.235 sec with periods of over-saturation of signal but peaks are clean and consistent.</p> <p>Ch 2 has the same large noise peaks (~ 3.33 V) during 0.123-0.235 sec with periods of over-saturation of signal. Peaks are not as clean and consistent as Ch 1 but not worse than Ch 0.</p> <p>Ch 3 has the same large noise peaks (~ 3.33 V) during 0.123-0.235 sec but no over-saturation sections. Peaks are clean and consistent as Ch 1 but not worse than Ch 0.</p> | |
| 30149 | 09/10/13 | <p>30149_0.5_0.data</p> <p>30149_0.5_1.data</p> <p>30149_0.5_2.data</p> <p>30149_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 is a noisy channel with large noise peaks and the peaks are inconsistent in shape. May not produce good rates.</p> <p>Ch 1 has a gap of over-saturation from 0.168 to 0.230 with occasional large peaks (~ 1.66 V)</p> <p>Ch 2 has large peaks at 0.201 (~ 2.33 V), 0.205 (~ 2.00), 0.432 (~ 2.50) and a gap of over-saturation from 0.168 to 0.218.</p> <p>Ch 3 has smaller gaps of over-saturation with sections of peaks mixed in between the times 0.160 to 0.280. Also, large peaks at 0.167 (~ 1.8 V), and 0.214 (~ 1.80 V).</p> | |
| 30150 | 09/10/13 | <p>30150_0.5_0.data</p> <p>30150_0.5_1.data</p> <p>30150_0.5_2.data</p> <p>30150_0.5_3.data</p> | Pierre | No | Yes | Yes | Yes | <p>Ch 0 has so many noise peaks greater than 0.6 V (mostly around ~1.5 V) where the particle peaks are no more than 0.3 V and have inconsistent shapes.</p> <p>Ch 1 has periods of over-saturation during 0.173-0.275 s, 0.340 s, 0.393 s, 0.444-0.471 s that are reminiscent of sawtooth and/or fishbones.</p> <p>Ch 2 has periods of over-saturation at 0.266 s, 0.337 s, 0.390 s, and at 0.440 s there is a large noise peak (~ 1.60 V). The peaks are a little noisy but still consistent enough to use.</p> <p>Ch 3 has periods of low rates at 0.264 s, 0.336 s, 0.392 s with a few short periods of over-saturation. There are also many reflected peaks namely from 0.414 s until the end.</p> | |
| 30151 | 09/10/13 | <p>30151_0.5_0.data</p> <p>30151_0.5_1.data</p> <p>30151_0.5_2.data</p> <p>30151_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 has a large peak (~3.30 V) at 0.328 s otherwise is the cleanest ch 0 signal I have seen.</p> <p>Ch 1 has several gaps of over-saturation from 0.243 s to 0.317 s. Peaks are a little noisy but still consistent.</p> <p>Ch 2 has a large peak (~2.55 V) at 0.315 s but is otherwise clean with consistent peaks.</p> <p>Ch 3 has a large peak (~3.30 V) at 0.330 s but is otherwise clean with consistent peaks.</p> | |
| 30152 | 09/10/13 | <p>30152_0.5_0.data</p> <p>30152_0.5_1.data</p> <p>30152_0.5_2.data</p> <p>30152_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 has a very noisy baseline and noisy peaks, the signal ends at 0.245 s.</p> <p>Ch 1 has a clean signal and ends at 0.25 s with an over-saturated signal.</p> <p>Ch 2 has a clean signal and also ends at 0.25 s with an over-saturated signal.</p> <p>Ch 3 has a clean signal and also ends at 0.25 s with an over-saturated signal.</p> | |
| 30153 | 09/10/13 | <p>30153_0.5_0.data</p> <p>30153_0.5_1.data</p> <p>30153_0.5_2.data</p> <p>30153_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 has a noisy signal with inconsistent peak shapes.</p> <p>Ch 1 has an over-saturated signal at 0.252 s with some reflected peaks throughout the shot.</p> <p>Ch 2 has an oversaturated signal at 0.25 s but is otherwise clean.</p> <p>Ch 3 has an over-saturated signal at 0.25 s but is otherwise clean.</p> | |
| 30154 | 09/10/13 | <p>30154_0.5_0.data</p> <p>30154_0.5_1.data</p> <p>30154_0.5_2.data</p> <p>30154_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 has a noisy signal with large noise peaks (2.0 V & 1.2 V) at 0.333 s and at 0.402 V.</p> <p>Ch 1 <span style="background-color: transparent;">has an over-saturated signal at 0.197 s, 0.237 s, 0.336 s, & 0.403s. Ch 1 is a bit noisy making some peak shapes noisy.</span></p> <p><span style="background-color: transparent;">Ch 2 has an over-saturated signal at 0.333 s, & 0.400 s but is otherwise clean with consistent peaks.</span></p> <p>Ch 3 has an over-saturated signal at 0.333 s, & 0.400 s but is otherwise clean with consistent peaks.</p> <p> </p> | |
| 30155 | 09/10/13 | <p>30155_0.5_0.data</p> <p>30155_0.5_1.data</p> <p>30155_0.5_2.data</p> <p>30155_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 has a large noise peak at 0.122 s (~1.0 V) and at 0.250 s (~0.80 V). Ch 0 as usual is noisy with bad peak shapes but still distinguishable.</p> <p>Ch 1 has over-saturated signals between 0.165 s to 0.200 s and at 0.253 s but has clean, consistent peak shapes.</p> <p>Ch 2 has over-saturated signals at 0.192 s and at 0.249 s but has clean, consistent peaks.</p> <p>Ch 3 has low rates at 0.193 s but has clean, consistent peak shapes.</p> | |
| 30156 | 09/10/13 | <p>30156_0.5_0.data</p> <p>30156_0.5_1.data</p> <p>30156_0.5_2.data</p> <p>30156_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 is noisy as usual, some reflected peaks and has no peaks beyond 0.3 V.</p> <p>Ch 1 is mostly clean and peak shapes are good except towards the end of the shot.</p> <p>Ch 2 has a noisy baseline but is otherwise clean and good peak shapes.</p> <p>Ch 3 has some large peaks but is otherwise clean and has consistent peak shapes.</p> | |
| 30157 | 09/10/13 | <p>30157_0.5_0.data</p> <p>30157_0.5_1.data</p> <p>30157_0.5_2.data</p> <p>30157_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 is noisy as usual and there are discernible peaks but may not be very good for generating rates.</p> <p>Ch 1 has a good signal with one large peak at 0.329 (~ 3.0 V)</p> <p>Ch 2 has a good signal with a large peak at 0.328 (~ 2.3 V)</p> <p>Ch 3 has a good signal with a large reflected peak at 0.327 (~ 1.4 V)</p> | |
| 30158 | 09/10/13 | <p>30158_0.5_0.data</p> <p>30158_0.5_1.data</p> <p>30158_0.5_2.data</p> <p>30158_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 is a noisy signal with large noise peaks at 0.123 s (~1.0 V), 0.342 s (~0.85 V), & 0.364 s (~1.50 V) with inconsistent peak shapes but enough peaks to collect.</p> <p>Ch 1 is a good signal with a large signal peak at 0.363 s (~3.30 V).</p> <p>Ch 2 is a good signal with an over saturated signal at 0.366 s.</p> <p>Ch 3 is a good signal with a large peak signal at 0.364 s (~1.80 V).</p> | |
| 30159 | 09/11/13 | <p>30159_0.5_0.data</p> <p>30159_0.5_1.data</p> <p>30159_0.5_2.data</p> <p>30159_0.5_3.data</p> | Pierre | No | No | No | No | No signals but noise. | |
| 30160 | 09/11/13 | <p>30160_0.5_0.data</p> <p>30160_0.5_1.data</p> <p>30160_0.5_2.data</p> <p>30160_0.5_3.data</p> | Pierre | No | No | No | No | No signals but noise. Ch 2 & Ch 3 has large periodic noise signals. | |
| 30162 | 09/11/13 | <p>30162_0.5_0.data</p> <p>30162_0.5_1.data</p> <p>30162_0.5_2.data</p> <p>30162_0.5_3.data</p> | Pierre | Yes | Yes | Yes | Yes | <p>Ch 0 has inconsistent peak shapes but is low in noise.</p> <p>Ch 1 has a good signal with an oversaturated signal at 0.300 s.</p> <p>Ch 2 has a good signal with an oversaturated signal at 0.300 s.</p> <p>Ch 3 has a good signal with an oversaturated signal at 0.300 s.</p> | |
| 30163 | 09/11/13 | | | | | | | | |
| 30164 | 09/11/13 | | | | | | | | |
| 30165 | 09/11/13 | | | | | | | | |
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| 30167 | 09/11/13 | | | | | | | | |
| 30168 | 09/11/13 | | | | | | | | |
| 30169 | 09/11/13 | | | | | | | | |
| 30170 | 09/11/13 | | | | | | | | |
| 30171 | 09/11/13 | | | | | | | | |
| 30172 | 09/11/13 | | | | | | | | |
| 30173 | 09/11/13 | | | | | | | | |
| 30174 | 09/11/13 | | | | | | | | |
| 30175 | 09/11/13 | | | | | | | | |
| 30176 | 09/11/13 | | | | | | | | |
| 30177 | 09/11/13 | | | | | | | | |
| 30178 | 09/11/13 | | | | | | | | |
| 30179 | 09/11/13 | | | | | | | | |
| 30180 | 09/12/13 | <p>30180_0.5_0.data</p> <p>30180_0.5_1.data</p> <p>30180_0.5_2.data</p> <p>30180_0.5_3.data</p> | Omar | No | No | No | No | All four channels were composed of noise. | |
| 30181 | 09/12/13 | <p>30181_0.5_0.data</p> <p>30181_0.5_1.data</p> <p>30181_0.5_2.data</p> <p>30181_0.5_3.data</p> | Omar | No | No | No | No | All channels are composed of noise. | |
| 30182 | 09/12/13 | <p>30182_0.5_0.data</p> <p>30182_0.5_1.data</p> <p>30182_0.5_2.data</p> <p>30182_0.5_3.data</p> | Omar | No | Yes | Yes | Yes | Channel 0 has very noisy peaks. Channel 1 has a sharp decrease in data at ~.35s. | |
| 30183 | 09/12/13 | <p>30183_0.5_0.data</p> <p>30183_0.5_1.data</p> <p>30183_0.5_2.data</p> <p>30183_0.5_3.data</p> | Omar | No | Yes | Yes | Yes | Channel 0 has very noisy peaks. | |
| 30184 | 09/12/13 | <p>30184_0.5_0.data</p> <p>30184_0.5_1.data</p> <p>30184_0.5_2.data</p> <p>30184_0.5_3.data</p> | Omar | No | Yes | Yes | Yes | Channel 0 has very noisy peaks. | |
| 30185 | 09/12/13 | <p>30185_0.5_0.data</p> <p>30185_0.5_1.data</p> <p>30185_0.5_2.data</p> <p>30185_0.5_3.data</p> | Omar | No | Yes | Yes | Yes | Channel 0 has very noisy peaks. | |
| 30187 | 09/12/13 | <p>30187_0.5_0.data</p> <p>30187_0.5_1.data</p> <p>30187_0.5_2.data</p> <p>30187_0.5_3.data</p> | Omar | No | Yes | Yes | Yes | Channel 0 has very noisy peaks. All other channels have a sharp decrease in data at ~.29s. | |
| 30188 | 09/12/13 | <p>30188_0.5_0.data</p> <p>30188_0.5_1.data</p> <p>30188_0.5_2.data</p> <p>30188_0.5_3.data</p> | | | | | | | |
| 30189 | 09/12/13 | <p>30189_0.5_0.data</p> <p>30189_0.5_1.data</p> <p>30189_0.5_2.data</p> <p>30189_0.5_3.data</p> | | | | | | | |
| 30190 | 09/12/13 | <p>30190_0.5_0.data</p> <p>30190_0.5_1.data</p> <p>30190_0.5_2.data</p> <p>30190_0.5_3.data</p> | | | | | | | |
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I	Attachment	History	Action	Size	Date	Who	Comment
data	shot_list.data	r1	manage	13.4 K	2015-05-20 - 17:21	UnknownUser	Shot list
Topic revision: r122 - 2015-05-20 - boeglinw
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