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29806_0.5_0.data

29806_0.5_1.data

29806_0.5_2.data

29806_0.5_3.data

29880_0.5_0.data

29880_0.5_0.data

29880_0.5_0.data

29882_0.5_0.data

29882_0.5_2.data

29882_0.5_3.data

29884_0.5_0.data

29884_0.5_1.data

29884_0.5_2.data

29884_0.5_3.data

29907_0.5_0_PA.data

29907_0.5_1_PA.data

29907_0.5_2_PA.data

29907_0.5_3_PA.data

29907_0.5_0.data

29907_0.5_1.data

29907_0.5_2.data

29907_0.5_3.data

Pierre (notes, PA)

Ramona

29909_0.5_0_PA.data

29909_0.5_1_PA.data

29909_0.5_2_PA.data

29909_0.5_3_PA.data

29909_0.5_0.data

29909_0.5_1.data

29909_0.5_2.data

29909_0.5_3.data

Pierre (PA)

Ramona

29914_0.5_1.data

29914_0.5_2.data

29914_0.5_3.data

29920_0.5_1.data

29920_0.5_2.data

29920_0.5_3.data

Werner

Douglas

29922_0.5_1.data

29922_0.5_2.data

29922_0.5_3.data

29924_0.5_1_DT.data

29924_0.5_2_DT.data

29924_0.5_3_DT.data

29924_0.5_1.data

29924_0.5_2.data

29924_0.5_3.data

Omar (notes)

Douglas (DT)

Ramona

29955_0.5_0.data

29955_0.5_1.data

29955_0.5_2.data

29955_0.5_3.data

29961_0.5_0.data

29961_0.5_1.data

29961_0.5_2.data

29961_0.5_3.data

29963_0.5_0.data

29963_0.5_1.data

29963_0.5_2.data

29963_0.5_3.data

29966_0.5_1.data

29966_0.5_3.data

29966_0.5_3.data

29970_0.5_0.data

29970_0.5_1.data

29970_0.5_2.data

29970_0.5_3.data

Ch0: There is some noise from t = .240s to .254s and then again at t = .320s and .330s

Ch1: This channel has a possible overload and useful data from t = .240s to .310s

Ch2, Ch3: both channels had useful data from t = .240s to .320s

29972_0.5_1.data

29972_0.5_2.data

29972_0.5_3.data

29975_0.5_1.data

29975_0.5_2.data

29975_0.5_3.data

Javiera (notes)

Ramona

No

29978_0.5_0.data

29978_0.5_1.data

29978_0.5_2.data

29978_0.5_3.data

29981_0.5_0.data

29981_0.5_1.data

29981_0.5_2.data

29981_0.5_3.data

29983_0.5_0.data

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29983_0.5_3.data

30025_0.5_0.data

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30028_0.5_0.data

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30030_0.5_0.data

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30032_0.5_0.data

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30035_0.5_0.data

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30039_0.5_0.data

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30041_0.5_0.data

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30043_0.5_0.data

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30043_0.5_2.data

30043_0.5_3.data

30045_0.5_0.data

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30048_0.5_0.data

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30048_0.5_2.data

30048_0.5_3.data

30050_0.5_0.data

30050_0.5_1.data

30050_0.5_2.data

30050_0.5_3.data

Ch0: Very noisy, but found 3 peaks

Ch1: Noisier than Ch0, found no real peaks, will recheck

30052_0.5_0.data

30052_0.5_1.data

30052_0.5_2.data

30052_0.5_3.data

30054_0.5_0.data

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30056_0.5_0.data

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30058_0.5_1.data

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30063_0.5_0.data

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30065_0.5_0.data

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30067_0.5_0.data

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30069_0.5_0.data

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30073_0.5_0.data

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30073_0.5_2.data

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30075_0.5_0.data

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30075_0.5_2.data

30075_0.5_3.data

30077_0.5_0.data

30077_0.5_1.data

30077_0.5_2.data

30077_0.5_3.data

30079_0.5_0.data

30079_0.5_1.data

30079_0.5_2.data

30079_0.5_3.data

30081_0.5_0.data

30081_0.5_1.data

30081_0.5_2.data

30081_0.5_3.data

30084_0.5_0.data

30084_0.5_1.data

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30086_0.5_0.data

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30086_0.5_3.data

Carlos Lopez

redone: Ramona Perez

Ch 0: no usable data

Ch 0: very noisy, but some peaks

30090_0.7_0.data

30090_0.7_1.data

30090_0.7_2.data

30090_0.7_3.data

30105_0.5_0.data

30105_0.5_1.data

30105_0.5_2.data

30105_0.5_3.data

30107_0.5_0.data

30107_0.5_1.data

30107_0.5_2.data

30107_0.5_3.data

Ch 0 has a singular high frequency high voltage (~3 V) noise peak @ 0.452 sec

Ch 1 has a singular high frequency high voltage (~3 V) noise peak @ 0.452 sec

Ch 2 has a singular high frequency high voltage (~3 V) noise peak @ 0.452 sec

Ch 3 has a singular high frequency high voltage (~3 V) noise peak @ 0.452 sec

30109_0.5_0.data

30109_0.5_1.data

30109_0.5_2.data

30109_0.5_3.data

30111_0.5_0.data

30111_0.5_1.data

30111_0.5_2.data

30111_0.5_3.data

Ch 0, there are some high frequency high voltage around 100 ms into the shot

Ch 1, the signal seems to being prematurely and there is some high frequency noise

Ch 2, the signal seems to being prematurely and there is some high frequency noise

Ch 3, the signal seems to being prematurely and there is some high frequency noise

30113_0.5_0.data

30113_0.5_1.data

30113_0.5_2.data

30113_0.5_3.data

Ch 0 has high frequency and high voltage noise [0.166, 0.198]

Ch 1 has two large reflected peaks at 0.167 sec and 0.190 sec.

Ch 2 has a high voltage (~3.5 V) and high frequency noise spike at 0.189 sec.

Ch 3 has large reflected (~ -1 V) peaks at 0.167, 0.170, and 0.189 sec.

30115_0.5_0.data

30115_0.5_1.data

30115_0.5_2.data

30115_0.5_3.data

Ch 0 has many large amplitude (~3 V) high frequency reflected peaks. Look for outliers in rates [0.126, 0.250]

Ch 1 has a few moderate amplitude (~ 2 V) reflected peaks. Look for outliers in rates [0.126, 0.250]

Ch 2 has a few moderate amplitude (~ 2 V) reflected peaks. Look for outliers in rates [0.126, 0.250]

Ch 3 has a few moderate amplitude (~ 2 V) reflected peaks. Look for outliers in rates [0.126, 0.250]

30117_0.5_0.data

30117_0.5_1.data

30117_0.5_2.data

30117_0.5_3.data

Ch 0 has two large noise peaks at 0.264 and 0.274 sec.

Ch 1 is a much cleaner signal than Ch 0.

Ch 2 is also a clean signal with little noise.

Ch 3 is also a clean signal with little noise.

30119_0.5_0.data

30119_0.5_1.data

30119_0.5_2.data

30119_0.5_3.data

Ch 2 is all high frequency high voltage noise.

Ch 3 is all high frequency high voltage noise.

30121_0.5_0.data

30121_0.5_1.data

30121_0.5_2.data

30121_0.5_3.data

Ch 0 is very noisy with a few large high frequency waves of large amplitudes.

Ch 1 is considerably cleaner with only one large amplitude high frequency noise peak at 0.212 sec.

Ch 2 is also clean with a single large amplitude high frequency noise peak.

Ch 3 is a clean signal with a single large amplitude high frequency noise peak at 0.213 sec.

30123_0.5_0.data

30123_0.5_1.data

30123_0.5_2.data

30123_0.5_3.data

Ch 0 has a few reflected peaks and a noisy baseline near the middle of the shot.

Ch 1 has a clean signal.

Ch 2 has a very clean signal.

Ch 3 has a clean signal.

30125_0.5_0.data

30125_0.5_1.data

30125_0.5_2.data

30125_0.5_3.data

30127_0.5_0.data

30127_0.5_1.data

30127_0.5_2.data

30127_0.5_3.data

Ch 0 is a clean signal with little noise and consistent peaks.

Ch 1 has a large reflected peak at 0.360 sec.

Ch 2 has a large reflected peak at 0.360 sec.

Ch 3 has a large reflected peak at 0.359 sec.

30130_0.5_0.data

30130_0.5_1.data

30130_0.5_2.data

30130_0.5_3.data

Ch 0 has a large reflected peak at 0.290 sec.

Ch 1 has a large reflected peak (~ -3.35 V) at 0.290 sec.

Ch 2 has a large reflected peak (~ -3.30 V) at 0.290 sec.

Ch 3 has a large reflected peak (~ -2.65 V) at 0.290 sec.

30132_0.5_0.data

30132_0.5_1.data

30132_0.5_2.data

30132_0.5_3.data

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.

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.

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.

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.

30134_0.5_0.data

30134_0.5_1.data

30134_0.5_2.data

30134_0.5_3.data

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.

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.

Ch 2 has a large peak (~ 1.5 V) at 0.325 sec. Noisy baseline but peaks are consistent.

Ch 3 has a noisy baseline but peaks are consistent.

30136_0.5_0.data

30136_0.5_1.data

30136_0.5_2.data

30136_0.5_3.data

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.

Ch 1 has a few sections of over saturated signals from 0.190 to 0.309 sec.

Ch 2 has a noisy baseline but the peaks are consistent in shape.

Ch 3 has a clean signal.

30138_0.5_0.data

30138_0.5_1.data

30138_0.5_2.data

30138_0.5_3.data

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.

Ch 1 has a clean signal with consistent peak shapes.

Ch 2 has decently clean with good peaks but some noise embedded in the baseline signal.

Ch 3 has a clean signal

30140_0.5_0.data

30140_0.5_1.data

30140_0.5_2.data

30140_0.5_3.data

Ch 0 has no peaks higher than 0.27 V and has a lot of noise that peaks inconsistent in shape.

Ch 1 has a clean signal with consistent peak shapes.

Ch 2 has a clean signal with some noise in the baseline.

Ch 3 has a clean signal with some noise in the baseline.

30142_0.5_0.data

30142_0.5_1.data

30142_0.5_2.data

30142_0.5_3.data

Ch 0 is riddled with so much noise that most peaks are impossible to distinguish from noise.

Ch 1 has a large reflected peak (~ -3.31 V) at 0.440 sec but otherwise has clean consistent peaks.

Ch 2 has a large reflected peak (~ -3.04 V) at 0.440 sec but otherwise has clean consistent peaks.

Ch 3 has a large reflected peak (~ -2.67 V) at 0.440 sec but otherwise has clean consistent peaks.

30144_0.5_0.data

30144_0.5_1.data

30144_0.5_2.data

30144_0.5_3.data

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.

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.

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.

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.

30147_0.5_0.data

30147_0.5_1.data

30147_0.5_2.data

30147_0.5_3.data

Ch 0 has a few large noise peaks between 0.342-0.490 sec and besides the latter no peaks exceed 0.3 V.

Ch 1 has a large noise peak (~ -2.20 V) at 0.467 sec but is otherwise a good signal.

Ch 2 has a large noise peak (~ -1.30 V) at 0.467 sec but is otherwise a good signal.

Ch 3 has a noisy baseline but peaks are clean and consistent.

30149_0.5_0.data

30149_0.5_1.data

30149_0.5_2.data

30149_0.5_3.data

Ch 0 is a noisy channel with large noise peaks and the peaks are inconsistent in shape. May not produce good rates.

Ch 1 has a gap of over-saturation from 0.168 to 0.230 with occasional large peaks (~ 1.66 V)

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.

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).

30151_0.5_0.data

30151_0.5_1.data

30151_0.5_2.data

30151_0.5_3.data

Ch 0 has a large peak (~3.30 V) at 0.328 s otherwise is the cleanest ch 0 signal I have seen.

Ch 1 has several gaps of over-saturation from 0.243 s to 0.317 s. Peaks are a little noisy but still consistent.

Ch 2 has a large peak (~2.55 V) at 0.315 s but is otherwise clean with consistent peaks.

Ch 3 has a large peak (~3.30 V) at 0.330 s but is otherwise clean with consistent peaks.

30153_0.5_0.data

30153_0.5_1.data

30153_0.5_2.data

30153_0.5_3.data

Ch 0 has a noisy signal with inconsistent peak shapes.

Ch 1 has an over-saturated signal at 0.252 s with some reflected peaks throughout the shot.

Ch 2 has an oversaturated signal at 0.25 s but is otherwise clean.

Ch 3 has an over-saturated signal at 0.25 s but is otherwise clean.

30155_0.5_0.data

30155_0.5_1.data

30155_0.5_2.data

30155_0.5_3.data

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.

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.

Ch 2 has over-saturated signals at 0.192 s and at 0.249 s but has clean, consistent peaks.

Ch 3 has low rates at 0.193 s but has clean, consistent peak shapes.

30157_0.5_0.data

30157_0.5_1.data

30157_0.5_2.data

30157_0.5_3.data

Ch 0 is noisy as usual and there are discernible peaks but may not be very good for generating rates.

Ch 1 has a good signal with one large peak at 0.329 (~ 3.0 V)

Ch 2 has a good signal with a large peak at 0.328 (~ 2.3 V)

Ch 3 has a good signal with a large reflected peak at 0.327 (~ 1.4 V)

30159_0.5_0.data

30159_0.5_1.data

30159_0.5_2.data

30159_0.5_3.data

30162_0.5_0.data

30162_0.5_1.data

30162_0.5_2.data

30162_0.5_3.data

Ch 0 has inconsistent peak shapes but is low in noise.

Ch 1 has a good signal with an oversaturated signal at 0.300 s.

Ch 2 has a good signal with an oversaturated signal at 0.300 s.

Ch 3 has a good signal with an oversaturated signal at 0.300 s.

30180_0.5_0.data

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30180_0.5_3.data

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