SLAC Magnetic Measurements Date: 08-16-1995 Time: 07:42:48 Magnet Name (Serial #): 102 Bar Code Number: 198 Project: PEP II High Energy Ring Quadrupoles Test Stand: IR8, Q1 Measurement Coil: # 2 Operator: ba Run Number: 1 Comment: Standardization Currents (A): 500.0 10.0 350.0 10.0 350.0 10.0 350.0 10.0 Test Currents (A): 10.0 25.0 50.0 100.0 150.0 200.0 250.0 300.0 350.0 300.0 250.0 200.0 150.0 100.0 50.0 25.0 10.0 07:43:00 Magnet Current, Imag = .725632 A 07:43:00 Magnet Current Ramping to 350 A... 07:45:23 Magnet Current, Imag = 350.468 A 07:45:25 Temperature: Channel 1 , T = 0 deg C 07:45:28 Temperature: Channel 2 , T = 0 deg C 07:45:30 Temperature: Channel 3 , T = 0 deg C 07:45:33 Temperature: Channel 4 , T = 0 deg C 07:45:35 Temperature: Channel 5 , T = 0 deg C 07:45:36 Magnet Current, Imag = 350.4686 A 07:45:38 Magnet Voltage, Vmag = 34.0318 V 07:46:25 Temperature: Channel 1 , T = 0 deg C 07:46:28 Temperature: Channel 2 , T = 0 deg C 07:46:30 Temperature: Channel 3 , T = 0 deg C 07:46:33 Temperature: Channel 4 , T = 0 deg C 07:46:35 Temperature: Channel 5 , T = 0 deg C 07:46:36 Magnet Current, Imag = 350.4796 A 07:46:38 Magnet Voltage, Vmag = 34.3713 V 07:47:25 Temperature: Channel 1 , T = 0 deg C 07:47:28 Temperature: Channel 2 , T = 0 deg C 07:47:30 Temperature: Channel 3 , T = 0 deg C 07:47:33 Temperature: Channel 4 , T = 0 deg C 07:47:35 Temperature: Channel 5 , T = 0 deg C 07:47:36 Magnet Current, Imag = 350.4858 A 07:47:39 Magnet Voltage, Vmag = 34.6897 V 07:48:25 Temperature: Channel 1 , T = 0 deg C 07:48:28 Temperature: Channel 2 , T = 0 deg C 07:48:30 Temperature: Channel 3 , T = 0 deg C 07:48:33 Temperature: Channel 4 , T = 0 deg C 07:48:35 Temperature: Channel 5 , T = 0 deg C 07:48:36 Magnet Current, Imag = 350.488 A 07:48:39 Magnet Voltage, Vmag = 34.9902 V 07:49:25 Temperature: Channel 1 , T = 0 deg C 07:49:28 Temperature: Channel 2 , T = 0 deg C 07:49:31 Temperature: Channel 3 , T = 0 deg C 07:49:33 Temperature: Channel 4 , T = 0 deg C 07:49:36 Temperature: Channel 5 , T = 0 deg C 07:49:37 Magnet Current, Imag = 350.4944 A 07:49:39 Magnet Voltage, Vmag = 35.276 V 07:50:25 Temperature: Channel 1 , T = 0 deg C 07:50:28 Temperature: Channel 2 , T = 0 deg C 07:50:31 Temperature: Channel 3 , T = 0 deg C 07:50:33 Temperature: Channel 4 , T = 0 deg C 07:50:36 Temperature: Channel 5 , T = 0 deg C 07:50:37 Magnet Current, Imag = 350.4998 A 07:50:39 Magnet Voltage, Vmag = 35.5436 V 07:51:25 Temperature: Channel 1 , T = 0 deg C 07:51:28 Temperature: Channel 2 , T = 0 deg C 07:51:31 Temperature: Channel 3 , T = 0 deg C 07:51:33 Temperature: Channel 4 , T = 0 deg C 07:51:36 Temperature: Channel 5 , T = 0 deg C 07:51:37 Magnet Current, Imag = 350.504 A 07:51:39 Magnet Voltage, Vmag = 35.7957 V 07:52:25 Temperature: Channel 1 , T = 0 deg C 07:52:28 Temperature: Channel 2 , T = 0 deg C 07:52:31 Temperature: Channel 3 , T = 0 deg C 07:52:33 Temperature: Channel 4 , T = 0 deg C 07:52:36 Temperature: Channel 5 , T = 0 deg C 07:52:37 Magnet Current, Imag = 350.5094 A 07:52:39 Magnet Voltage, Vmag = 36.03 V 07:53:25 Temperature: Channel 1 , T = 0 deg C 07:53:28 Temperature: Channel 2 , T = 0 deg C 07:53:31 Temperature: Channel 3 , T = 0 deg C 07:53:33 Temperature: Channel 4 , T = 0 deg C 07:53:36 Temperature: Channel 5 , T = 0 deg C 07:53:37 Magnet Current, Imag = 350.513 A 07:53:39 Magnet Voltage, Vmag = 36.2506 V 07:54:25 Temperature: Channel 1 , T = 0 deg C 07:54:28 Temperature: Channel 2 , T = 0 deg C 07:54:31 Temperature: Channel 3 , T = 0 deg C 07:54:33 Temperature: Channel 4 , T = 0 deg C 07:54:36 Temperature: Channel 5 , T = 0 deg C 07:54:37 Magnet Current, Imag = 350.5174 A 07:54:39 Magnet Voltage, Vmag = 36.4527 V 07:55:26 Temperature: Channel 1 , T = 0 deg C 07:55:28 Temperature: Channel 2 , T = 0 deg C 07:55:31 Temperature: Channel 3 , T = 0 deg C 07:55:33 Temperature: Channel 4 , T = 0 deg C 07:55:36 Temperature: Channel 5 , T = 0 deg C 07:55:37 Magnet Current, Imag = 350.5236 A 07:55:39 Magnet Voltage, Vmag = 36.6465 V 07:56:26 Temperature: Channel 1 , T = 0 deg C 07:56:28 Temperature: Channel 2 , T = 0 deg C 07:56:31 Temperature: Channel 3 , T = 0 deg C 07:56:33 Temperature: Channel 4 , T = 0 deg C 07:56:36 Temperature: Channel 5 , T = 0 deg C 07:56:37 Magnet Current, Imag = 350.5266 A 07:56:39 Magnet Voltage, Vmag = 36.8235 V 07:57:26 Temperature: Channel 1 , T = 0 deg C 07:57:29 Temperature: Channel 2 , T = 0 deg C 07:57:31 Temperature: Channel 3 , T = 0 deg C 07:57:34 Temperature: Channel 4 , T = 0 deg C 07:57:36 Temperature: Channel 5 , T = 0 deg C 07:57:37 Magnet Current, Imag = 350.531 A 07:57:39 Magnet Voltage, Vmag = 36.9866 V 07:58:26 Temperature: Channel 1 , T = 0 deg C 07:58:29 Temperature: Channel 2 , T = 0 deg C 07:58:31 Temperature: Channel 3 , T = 0 deg C 07:58:34 Temperature: Channel 4 , T = 0 deg C 07:58:36 Temperature: Channel 5 , T = 0 deg C 07:58:37 Magnet Current, Imag = 350.536 A 07:58:39 Magnet Voltage, Vmag = 37.1372 V 07:59:26 Temperature: Channel 1 , T = 0 deg C 07:59:29 Temperature: Channel 2 , T = 0 deg C 07:59:31 Temperature: Channel 3 , T = 0 deg C 07:59:34 Temperature: Channel 4 , T = 0 deg C 07:59:36 Temperature: Channel 5 , T = 0 deg C 07:59:37 Magnet Current, Imag = 350.535 A 07:59:39 Magnet Voltage, Vmag = 37.2762 V 08:00:26 Temperature: Channel 1 , T = 0 deg C 08:00:29 Temperature: Channel 2 , T = 0 deg C 08:00:31 Temperature: Channel 3 , T = 0 deg C 08:00:34 Temperature: Channel 4 , T = 0 deg C 08:00:36 Temperature: Channel 5 , T = 0 deg C 08:00:37 Magnet Current, Imag = 350.5412 A 08:00:39 Magnet Voltage, Vmag = 37.4031 V Resistance and Temperature Measurements T1 = Water In T2 = Water Out T3 = Magnet Iron T4 = Magnet Coil T5 = Ambient Time Imag Vmag Rmag T1 T2 T3 T4 T5 (A) (V) (mohm) (deg C) (deg C) (deg C) (deg C) (deg C) -------- ------- ------- ------- ------- ------- ------- ------- ------- 07:45:23 350.47 34.032 97.104 13.90 28.39 18.98 22.11 18.22 07:46:23 350.48 34.371 98.069 13.96 31.55 18.98 22.34 17.84 07:47:23 350.49 34.690 98.976 14.03 34.65 18.98 22.79 17.96 07:48:23 350.49 34.990 99.833 14.12 37.69 19.00 23.52 18.18 07:49:23 350.49 35.276 100.646 14.34 40.78 18.99 24.48 18.20 07:50:23 350.50 35.544 101.408 14.64 43.75 19.02 25.61 18.19 07:51:23 350.50 35.796 102.126 14.88 46.66 19.01 26.85 18.83 07:52:23 350.51 36.030 102.793 15.01 49.47 19.04 28.20 18.86 07:53:23 350.51 36.251 103.422 15.04 52.25 19.06 29.64 18.72 07:54:23 350.52 36.453 103.997 15.05 54.92 19.07 31.08 18.42 07:55:23 350.52 36.646 104.548 15.06 57.54 19.10 32.53 18.11 07:56:23 350.53 36.824 105.052 15.09 60.08 19.13 33.96 18.29 07:57:23 350.53 36.987 105.516 15.15 62.52 19.14 35.32 18.19 07:58:23 350.54 37.137 105.944 15.21 64.91 19.15 36.70 18.11 07:59:23 350.54 37.276 106.341 15.28 67.28 19.17 38.02 18.16 08:00:23 350.54 37.403 106.701 15.39 69.58 19.19 39.23 18.15 08:01:25 Magnet Current, Imag = 350.545 A 08:01:25 Magnet Current Ramping to 0 A... 08:03:47 Magnet Current, Imag = .663728 A 08:03:49 Magnet Current, Imag = .663806 A 08:03:49 Magnet Current Ramping to 500 A... 08:06:58 Magnet Current, Imag = 500.6848 A 08:06:59 Magnet Current, Imag = 500.685 A 08:06:59 Magnet Current Ramping to 10 A... 08:10:03 Magnet Current, Imag = 10.01002 A 08:10:05 Magnet Current, Imag = 10.00926 A 08:10:05 Magnet Current Ramping to 350 A... 08:12:25 Magnet Current, Imag = 350.555 A 08:12:27 Magnet Current, Imag = 350.552 A 08:12:27 Magnet Current Ramping to 10 A... 08:14:44 Magnet Current, Imag = 10.00786 A 08:14:46 Magnet Current, Imag = 10.00872 A 08:14:46 Magnet Current Ramping to 350 A... 08:17:07 Magnet Current, Imag = 350.5444 A 08:17:08 Magnet Current, Imag = 350.5456 A 08:17:08 Magnet Current Ramping to 10 A... 08:19:26 Magnet Current, Imag = 10.00664 A 08:19:28 Magnet Current, Imag = 10.00866 A 08:19:28 Magnet Current Ramping to 350 A... 08:21:48 Magnet Current, Imag = 350.5334 A 08:21:50 Magnet Current, Imag = 350.5364 A 08:21:50 Magnet Current Ramping to 10 A... 08:24:07 Magnet Current, Imag = 10.00712 A 08:24:09 Magnet Current, Imag = 10.00636 A 08:24:09 Magnet Current Ramping to 10 A... 08:24:43 Magnet Current, Imag = 10.008 A 08:24:45 Magnet Current, Imag = 10.0079 A 08:24:46 Magnet Current, Imag = 10.01032 A 08:24:48 Magnet Current, Imag = 10.00846 A 08:24:50 Magnet Current, Imag = 10.00872 A 08:24:50 Magnet Current Measurement: Imag = 10.00885 +- 8.98743E-04 A 08:24:53 Coil Rotation Frequency, Fcoil = 3.123269 Hz 08:24:57 Coil Rotation Frequency, Fcoil = 3.121869 Hz 08:25:21 Coil Voltage Measurement # 1 Made, Stored in RAWFILE 08:25:25 Coil Rotation Frequency, Fcoil = 3.123638 Hz 08:25:29 Coil Rotation Frequency, Fcoil = 3.122404 Hz 08:25:29 Coil Voltage: Vfit(i) = 0.34598 * cos(2*2pi*i/n + 90.11 deg) = -0.34598 * sin(2*2pi*i/n) + -0.00064 * cos(2*2pi*i/n) RMS of the residuals = 0.00165 08:25:29 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.122795 1/s Coil Voltage, V2 = .3459849 V Integrated Gradient, GL = .4423223 T 08:25:33 Coil Rotation Frequency, Fcoil = 3.122975 Hz 08:25:37 Coil Rotation Frequency, Fcoil = 3.12348 Hz 08:26:01 Coil Voltage Measurement # 2 Made, Stored in RAWFILE 08:26:05 Coil Rotation Frequency, Fcoil = 3.122036 Hz 08:26:09 Coil Rotation Frequency, Fcoil = 3.12362 Hz 08:26:09 Coil Voltage: Vfit(i) = 0.34575 * cos(2*2pi*i/n + 90.11 deg) = -0.34575 * sin(2*2pi*i/n) + -0.00063 * cos(2*2pi*i/n) RMS of the residuals = 0.00166 08:26:09 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.123028 1/s Coil Voltage, V2 = .3457485 V Integrated Gradient, GL = .441987 T 08:26:12 Coil Rotation Frequency, Fcoil = 3.124108 Hz 08:26:16 Coil Rotation Frequency, Fcoil = 3.123403 Hz 08:26:40 Coil Voltage Measurement # 3 Made, Stored in RAWFILE 08:26:44 Coil Rotation Frequency, Fcoil = 3.123221 Hz 08:26:48 Coil Rotation Frequency, Fcoil = 3.122743 Hz 08:26:48 Coil Voltage: Vfit(i) = 0.34594 * cos(2*2pi*i/n + 90.11 deg) = -0.34594 * sin(2*2pi*i/n) + -0.00064 * cos(2*2pi*i/n) RMS of the residuals = 0.00166 08:26:48 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.123369 1/s Coil Voltage, V2 = .3459387 V Integrated Gradient, GL = .442182 T 08:26:51 Coil Rotation Frequency, Fcoil = 3.122775 Hz 08:26:55 Coil Rotation Frequency, Fcoil = 3.120305 Hz 08:27:20 Coil Voltage Measurement # 4 Made, Stored in RAWFILE 08:27:23 Coil Rotation Frequency, Fcoil = 3.121813 Hz 08:27:27 Coil Rotation Frequency, Fcoil = 3.123034 Hz 08:27:28 Coil Voltage: Vfit(i) = 0.34605 * cos(2*2pi*i/n + 90.10 deg) = -0.34604 * sin(2*2pi*i/n) + -0.00062 * cos(2*2pi*i/n) RMS of the residuals = 0.00166 08:27:28 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.121982 1/s Coil Voltage, V2 = .346045 V Integrated Gradient, GL = .4425143 T 08:27:28 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = .4422514 +- 1.929119E-04 T 08:27:31 Coil Rotation Frequency, Fcoil = 3.122104 Hz 08:27:35 Coil Rotation Frequency, Fcoil = 3.121549 Hz 08:27:59 Coil Voltage Measurement # 5 Made, Stored in RAWFILE 08:28:03 Coil Rotation Frequency, Fcoil = 3.120952 Hz 08:28:07 Coil Rotation Frequency, Fcoil = 3.121459 Hz 08:28:07 Coil Voltage: Vfit(i) = 0.34594 * cos(2*2pi*i/n + 90.10 deg) = -0.34594 * sin(2*2pi*i/n) + -0.00063 * cos(2*2pi*i/n) RMS of the residuals = 0.00166 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.121516 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0017 -33.54 0.0001 33.54 0.500 2 0.3459 90.10 0.0198 -45.05 100.000 3 0.0002 109.92 0.0000 -36.64 0.059 4 0.0000 53.94 0.0000 -13.49 0.007 5 0.0000 129.16 0.0000 -25.83 0.012 6 0.0008 90.90 0.0000 -15.15 0.218 7 0.0000 112.97 0.0000 -16.14 0.008 8 0.0000 41.59 0.0000 -5.20 0.001 9 0.0001 114.72 0.0000 -12.75 0.020 10 0.0010 -89.16 0.0001 8.92 0.294 11 0.0000 96.27 0.0000 -8.75 0.004 12 0.0000 93.07 0.0000 -7.76 0.002 13 0.0001 137.93 0.0000 -10.61 0.018 14 0.0009 -89.54 0.0001 6.40 0.264 15 0.0000 -86.85 0.0000 5.79 0.006 16 0.0000 138.27 0.0000 -8.64 0.004 08:28:10 Coil Rotation Frequency, Fcoil = 3.122571 Hz 08:28:14 Coil Rotation Frequency, Fcoil = 3.12287 Hz 08:28:38 Coil Voltage Measurement # 6 Made, Stored in RAWFILE 08:28:42 Coil Rotation Frequency, Fcoil = 3.123269 Hz 08:28:46 Coil Rotation Frequency, Fcoil = 3.123798 Hz 08:28:46 Coil Voltage: Vfit(i) = 0.34585 * cos(2*2pi*i/n + 90.10 deg) = -0.34585 * sin(2*2pi*i/n) + -0.00062 * cos(2*2pi*i/n) RMS of the residuals = 0.00166 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.123127 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0017 -33.72 0.0001 33.72 0.497 2 0.3459 90.10 0.0197 -45.05 100.000 3 0.0002 112.32 0.0000 -37.44 0.060 4 0.0000 89.41 0.0000 -22.35 0.008 5 0.0001 140.86 0.0000 -28.17 0.017 6 0.0007 90.17 0.0000 -15.03 0.217 7 0.0000 116.35 0.0000 -16.62 0.008 8 0.0000 -8.18 0.0000 1.02 0.002 9 0.0001 110.81 0.0000 -12.31 0.018 10 0.0010 -89.60 0.0001 8.96 0.293 11 0.0000 -56.23 0.0000 5.11 0.001 12 0.0000 40.34 0.0000 -3.36 0.009 13 0.0001 128.58 0.0000 -9.89 0.019 14 0.0009 -93.68 0.0001 6.69 0.270 15 0.0000 -93.55 0.0000 6.24 0.009 16 0.0000 -154.55 0.0000 9.66 0.002 08:28:50 Coil Rotation Frequency, Fcoil = 3.123548 Hz 08:28:54 Coil Rotation Frequency, Fcoil = 3.123165 Hz 08:29:18 Coil Voltage Measurement # 7 Made, Stored in RAWFILE 08:29:22 Coil Rotation Frequency, Fcoil = 3.121495 Hz 08:29:26 Coil Rotation Frequency, Fcoil = 3.123798 Hz 08:29:26 Coil Voltage: Vfit(i) = 0.34586 * cos(2*2pi*i/n + 90.10 deg) = -0.34586 * sin(2*2pi*i/n) + -0.00062 * cos(2*2pi*i/n) RMS of the residuals = 0.00165 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.123002 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0017 -33.48 0.0001 33.48 0.499 2 0.3459 90.10 0.0197 -45.05 100.000 3 0.0002 112.15 0.0000 -37.38 0.062 4 0.0000 67.05 0.0000 -16.76 0.012 5 0.0001 131.27 0.0000 -26.25 0.018 6 0.0007 91.22 0.0000 -15.20 0.215 7 0.0000 119.10 0.0000 -17.01 0.007 8 0.0000 1.37 0.0000 -0.17 0.005 9 0.0001 117.73 0.0000 -13.08 0.021 10 0.0010 -89.37 0.0001 8.94 0.296 11 0.0000 -115.02 0.0000 10.46 0.004 12 0.0000 -167.66 0.0000 13.97 0.009 13 0.0001 139.11 0.0000 -10.70 0.019 14 0.0009 -88.16 0.0001 6.30 0.258 15 0.0000 -96.97 0.0000 6.46 0.010 16 0.0000 -146.29 0.0000 9.14 0.001 08:29:29 Coil Rotation Frequency, Fcoil = 3.123201 Hz 08:29:33 Coil Rotation Frequency, Fcoil = 3.122954 Hz 08:29:57 Coil Voltage Measurement # 8 Made, Stored in RAWFILE 08:30:01 Coil Rotation Frequency, Fcoil = 3.121721 Hz 08:30:05 Coil Rotation Frequency, Fcoil = 3.122003 Hz 08:30:05 Coil Voltage: Vfit(i) = 0.34577 * cos(2*2pi*i/n + 90.10 deg) = -0.34577 * sin(2*2pi*i/n) + -0.00061 * cos(2*2pi*i/n) RMS of the residuals = 0.00167 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.122469 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0017 -33.63 0.0001 33.63 0.498 2 0.3458 90.10 0.0197 -45.05 100.000 3 0.0002 109.84 0.0000 -36.61 0.063 4 0.0000 42.76 0.0000 -10.69 0.007 5 0.0001 142.71 0.0000 -28.54 0.017 6 0.0008 89.94 0.0000 -14.99 0.218 7 0.0000 118.74 0.0000 -16.96 0.005 8 0.0000 65.76 0.0000 -8.22 0.003 9 0.0001 114.86 0.0000 -12.76 0.019 10 0.0010 -89.42 0.0001 8.94 0.296 11 0.0000 -146.23 0.0000 13.29 0.002 12 0.0000 141.05 0.0000 -11.75 0.013 13 0.0001 140.29 0.0000 -10.79 0.020 14 0.0010 -88.79 0.0001 6.34 0.277 15 0.0000 -149.10 0.0000 9.94 0.008 16 0.0000 -149.86 0.0000 9.37 0.006 FIELD HARMONICS Coil Radius, Rcoil = .044646 m Coil # Turns, Nturns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 N BLn sigBLn THspole sigTH BLn/BL2 sBLn/BL2 (Tm) (Tm) (deg) (deg) (%) (%) --- --------+-------- --------+-------- --------+-------- 1 0.00010 0.00000 33.59 0.09 0.4986 0.0011 2 0.01974 0.00001 -45.05 0.00 100.0000 0.0000 3 0.00001 0.00000 -37.02 0.39 0.0609 0.0018 4 0.00000 0.00000 -15.82 4.34 0.0083 0.0021 5 0.00000 0.00000 -27.20 1.17 0.0161 0.0024 6 0.00004 0.00000 -15.09 0.09 0.2170 0.0014 7 0.00000 0.00000 -16.68 0.35 0.0070 0.0010 8 0.00000 0.00000 -3.14 3.75 0.0027 0.0016 9 0.00000 0.00000 -12.73 0.27 0.0194 0.0013 10 0.00006 0.00000 8.94 0.02 0.2947 0.0014 11 0.00000 0.00000 5.03 8.48 0.0029 0.0011 12 0.00000 0.00000 -2.23 9.81 0.0082 0.0041 13 0.00000 0.00000 -10.50 0.36 0.0191 0.0006 14 0.00005 0.00000 6.43 0.15 0.2673 0.0072 15 0.00000 0.00000 7.11 1.65 0.0080 0.0014 16 0.00000 0.00000 4.88 7.81 0.0034 0.0022 08:30:07 Magnet Current, Imag = 10.0062 A 08:30:07 Magnet Current Ramping to 25 A... 08:30:47 Magnet Current, Imag = 25.11748 A 08:30:49 Magnet Current, Imag = 25.1178 A 08:30:51 Magnet Current, Imag = 25.11752 A 08:30:53 Magnet Current, Imag = 25.11832 A 08:30:55 Magnet Current, Imag = 25.11818 A 08:30:55 Magnet Current Measurement: Imag = 25.11796 +- 3.162304E-04 A 08:30:58 Coil Rotation Frequency, Fcoil = 3.122101 Hz 08:31:02 Coil Rotation Frequency, Fcoil = 3.120866 Hz 08:31:26 Coil Voltage Measurement # 9 Made, Stored in RAWFILE 08:31:30 Coil Rotation Frequency, Fcoil = 3.12219 Hz 08:31:34 Coil Rotation Frequency, Fcoil = 3.123873 Hz 08:31:34 Coil Voltage: Vfit(i) = 0.81584 * cos(2*2pi*i/n + 90.10 deg) = -0.81584 * sin(2*2pi*i/n) + -0.00148 * cos(2*2pi*i/n) RMS of the residuals = 0.00404 08:31:34 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.122257 1/s Coil Voltage, V2 = .8158414 V Integrated Gradient, GL = 1.043187 T 08:31:37 Coil Rotation Frequency, Fcoil = 3.121754 Hz 08:31:41 Coil Rotation Frequency, Fcoil = 3.122624 Hz 08:32:06 Coil Voltage Measurement # 10 Made, Stored in RAWFILE 08:32:09 Coil Rotation Frequency, Fcoil = 3.12227 Hz 08:32:14 Coil Rotation Frequency, Fcoil = 3.121789 Hz 08:32:14 Coil Voltage: Vfit(i) = 0.81564 * cos(2*2pi*i/n + 90.10 deg) = -0.81563 * sin(2*2pi*i/n) + -0.00146 * cos(2*2pi*i/n) RMS of the residuals = 0.00405 08:32:14 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.122109 1/s Coil Voltage, V2 = .8156354 V Integrated Gradient, GL = 1.042973 T 08:32:17 Coil Rotation Frequency, Fcoil = 3.122755 Hz 08:32:21 Coil Rotation Frequency, Fcoil = 3.122267 Hz 08:32:45 Coil Voltage Measurement # 11 Made, Stored in RAWFILE 08:32:49 Coil Rotation Frequency, Fcoil = 3.122169 Hz 08:32:53 Coil Rotation Frequency, Fcoil = 3.123424 Hz 08:32:53 Coil Voltage: Vfit(i) = 0.81596 * cos(2*2pi*i/n + 90.10 deg) = -0.81595 * sin(2*2pi*i/n) + -0.00147 * cos(2*2pi*i/n) RMS of the residuals = 0.00404 08:32:53 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.122654 1/s Coil Voltage, V2 = .8159553 V Integrated Gradient, GL = 1.0432 T 08:32:56 Coil Rotation Frequency, Fcoil = 3.123091 Hz 08:33:00 Coil Rotation Frequency, Fcoil = 3.123055 Hz 08:33:24 Coil Voltage Measurement # 12 Made, Stored in RAWFILE 08:33:28 Coil Rotation Frequency, Fcoil = 3.122232 Hz 08:33:32 Coil Rotation Frequency, Fcoil = 3.12329 Hz 08:33:32 Coil Voltage: Vfit(i) = 0.81610 * cos(2*2pi*i/n + 90.10 deg) = -0.81610 * sin(2*2pi*i/n) + -0.00144 * cos(2*2pi*i/n) RMS of the residuals = 0.00403 08:33:32 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.122917 1/s Coil Voltage, V2 = .8161006 V Integrated Gradient, GL = 1.043298 T 08:33:32 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = 1.043164 +- 1.186267E-04 T 08:33:36 Coil Rotation Frequency, Fcoil = 3.12255 Hz 08:33:40 Coil Rotation Frequency, Fcoil = 3.122407 Hz 08:34:04 Coil Voltage Measurement # 13 Made, Stored in RAWFILE 08:34:08 Coil Rotation Frequency, Fcoil = 3.122844 Hz 08:34:12 Coil Rotation Frequency, Fcoil = 3.123563 Hz 08:34:12 Coil Voltage: Vfit(i) = 0.81601 * cos(2*2pi*i/n + 90.10 deg) = -0.81601 * sin(2*2pi*i/n) + -0.00142 * cos(2*2pi*i/n) RMS of the residuals = 0.00403 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.122841 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0043 -38.34 0.0002 38.34 0.530 2 0.8160 90.10 0.0466 -45.05 100.000 3 0.0005 116.33 0.0000 -38.78 0.064 4 0.0000 69.12 0.0000 -17.28 0.003 5 0.0001 125.58 0.0000 -25.12 0.016 6 0.0018 91.36 0.0001 -15.23 0.220 7 0.0001 107.50 0.0000 -15.36 0.008 8 0.0000 130.38 0.0000 -16.30 0.001 9 0.0001 108.31 0.0000 -12.03 0.017 10 0.0024 -88.81 0.0001 8.88 0.297 11 0.0000 -29.50 0.0000 2.68 0.004 12 0.0000 -133.78 0.0000 11.15 0.003 13 0.0001 150.15 0.0000 -11.55 0.018 14 0.0021 -89.48 0.0001 6.39 0.255 15 0.0001 -143.26 0.0000 9.55 0.007 16 0.0000 -117.09 0.0000 7.32 0.004 08:34:15 Coil Rotation Frequency, Fcoil = 3.123432 Hz 08:34:19 Coil Rotation Frequency, Fcoil = 3.122235 Hz 08:34:43 Coil Voltage Measurement # 14 Made, Stored in RAWFILE 08:34:47 Coil Rotation Frequency, Fcoil = 3.121902 Hz 08:34:51 Coil Rotation Frequency, Fcoil = 3.122467 Hz 08:34:51 Coil Voltage: Vfit(i) = 0.81579 * cos(2*2pi*i/n + 90.10 deg) = -0.81579 * sin(2*2pi*i/n) + -0.00140 * cos(2*2pi*i/n) RMS of the residuals = 0.00405 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.122509 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0043 -38.09 0.0002 38.09 0.531 2 0.8158 90.10 0.0466 -45.05 100.000 3 0.0005 118.60 0.0000 -39.53 0.064 4 0.0000 154.65 0.0000 -38.66 0.003 5 0.0001 144.90 0.0000 -28.98 0.016 6 0.0018 90.54 0.0001 -15.09 0.222 7 0.0000 115.16 0.0000 -16.45 0.005 8 0.0000 104.01 0.0000 -13.00 0.003 9 0.0001 113.94 0.0000 -12.66 0.017 10 0.0024 -89.38 0.0001 8.94 0.295 11 0.0000 156.70 0.0000 -14.25 0.003 12 0.0000 104.41 0.0000 -8.70 0.006 13 0.0001 137.32 0.0000 -10.56 0.017 14 0.0021 -89.04 0.0001 6.36 0.261 15 0.0001 -113.27 0.0000 7.55 0.009 16 0.0000 -124.16 0.0000 7.76 0.004 08:34:54 Coil Rotation Frequency, Fcoil = 3.122496 Hz 08:34:58 Coil Rotation Frequency, Fcoil = 3.122957 Hz 08:35:23 Coil Voltage Measurement # 15 Made, Stored in RAWFILE 08:35:26 Coil Rotation Frequency, Fcoil = 3.121706 Hz 08:35:30 Coil Rotation Frequency, Fcoil = 3.123344 Hz 08:35:31 Coil Voltage: Vfit(i) = 0.81597 * cos(2*2pi*i/n + 90.10 deg) = -0.81597 * sin(2*2pi*i/n) + -0.00139 * cos(2*2pi*i/n) RMS of the residuals = 0.00404 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.122626 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0043 -38.45 0.0002 38.45 0.529 2 0.8160 90.10 0.0466 -45.05 100.000 3 0.0005 119.62 0.0000 -39.87 0.063 4 0.0001 120.04 0.0000 -30.01 0.008 5 0.0002 130.56 0.0000 -26.11 0.020 6 0.0018 90.87 0.0001 -15.15 0.220 7 0.0001 110.97 0.0000 -15.85 0.008 8 0.0000 58.76 0.0000 -7.34 0.002 9 0.0002 113.87 0.0000 -12.65 0.019 10 0.0024 -89.37 0.0001 8.94 0.296 11 0.0000 2.92 0.0000 -0.27 0.001 12 0.0000 136.45 0.0000 -11.37 0.004 13 0.0001 139.40 0.0000 -10.72 0.015 14 0.0021 -89.11 0.0001 6.36 0.259 15 0.0001 -97.74 0.0000 6.52 0.007 16 0.0000 -153.44 0.0000 9.59 0.004 08:35:34 Coil Rotation Frequency, Fcoil = 3.122672 Hz 08:35:38 Coil Rotation Frequency, Fcoil = 3.122214 Hz 08:36:02 Coil Voltage Measurement # 16 Made, Stored in RAWFILE 08:36:06 Coil Rotation Frequency, Fcoil = 3.122621 Hz 08:36:10 Coil Rotation Frequency, Fcoil = 3.123468 Hz 08:36:10 Coil Voltage: Vfit(i) = 0.81576 * cos(2*2pi*i/n + 90.10 deg) = -0.81576 * sin(2*2pi*i/n) + -0.00140 * cos(2*2pi*i/n) RMS of the residuals = 0.00406 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.122744 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0043 -38.41 0.0002 38.41 0.530 2 0.8158 90.10 0.0466 -45.05 100.000 3 0.0005 116.18 0.0000 -38.73 0.067 4 0.0000 82.25 0.0000 -20.56 0.003 5 0.0001 132.94 0.0000 -26.59 0.013 6 0.0018 91.46 0.0001 -15.24 0.223 7 0.0001 98.67 0.0000 -14.10 0.006 8 0.0000 168.25 0.0000 -21.03 0.002 9 0.0001 121.06 0.0000 -13.45 0.018 10 0.0024 -89.40 0.0001 8.94 0.298 11 0.0000 164.64 0.0000 -14.97 0.004 12 0.0000 -110.29 0.0000 9.19 0.002 13 0.0002 148.69 0.0000 -11.44 0.019 14 0.0021 -90.16 0.0001 6.44 0.262 15 0.0000 -67.58 0.0000 4.51 0.006 16 0.0000 -113.96 0.0000 7.12 0.006 FIELD HARMONICS Coil Radius, Rcoil = .044646 m Coil # Turns, Nturns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 N BLn sigBLn THspole sigTH BLn/BL2 sBLn/BL2 (Tm) (Tm) (deg) (deg) (%) (%) --- --------+-------- --------+-------- --------+-------- 1 0.00025 0.00000 38.32 0.14 0.5301 0.0007 2 0.04657 0.00001 -45.05 0.00 100.0000 0.0000 3 0.00003 0.00000 -39.23 0.49 0.0646 0.0013 4 0.00000 0.00000 -26.63 8.37 0.0044 0.0022 5 0.00001 0.00000 -26.70 1.42 0.0160 0.0026 6 0.00010 0.00000 -15.18 0.06 0.2214 0.0015 7 0.00000 0.00000 -15.44 0.87 0.0070 0.0011 8 0.00000 0.00000 -14.42 4.98 0.0019 0.0005 9 0.00001 0.00000 -12.70 0.50 0.0179 0.0008 10 0.00014 0.00000 8.92 0.02 0.2964 0.0011 11 0.00000 0.00000 -6.70 7.98 0.0030 0.0013 12 0.00000 0.00000 0.07 10.17 0.0037 0.0016 13 0.00001 0.00000 -11.07 0.43 0.0172 0.0015 14 0.00012 0.00000 6.39 0.03 0.2594 0.0024 15 0.00000 0.00000 7.03 1.82 0.0075 0.0011 16 0.00000 0.00000 7.95 0.98 0.0044 0.0008 08:36:12 Magnet Current, Imag = 25.1163 A 08:36:12 Magnet Current Ramping to 50 A... 08:36:57 Magnet Current, Imag = 50.08998 A 08:36:59 Magnet Current, Imag = 50.09066 A 08:37:01 Magnet Current, Imag = 50.0913 A 08:37:03 Magnet Current, Imag = 50.0918 A 08:37:04 Magnet Current, Imag = 50.0907 A 08:37:05 Magnet Current Measurement: Imag = 50.09111 +- 4.686259E-04 A 08:37:08 Coil Rotation Frequency, Fcoil = 3.121433 Hz 08:37:12 Coil Rotation Frequency, Fcoil = 3.122621 Hz 08:37:36 Coil Voltage Measurement # 17 Made, Stored in RAWFILE 08:37:40 Coil Rotation Frequency, Fcoil = 3.122107 Hz 08:37:44 Coil Rotation Frequency, Fcoil = 3.122499 Hz 08:37:44 Coil Voltage: Vfit(i) = 1.61003 * cos(2*2pi*i/n + 90.10 deg) = -1.61003 * sin(2*2pi*i/n) + -0.00277 * cos(2*2pi*i/n) RMS of the residuals = 0.00806 08:37:44 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.122165 1/s Coil Voltage, V2 = 1.61003 V Integrated Gradient, GL = 2.058748 T 08:37:48 Coil Rotation Frequency, Fcoil = 3.122416 Hz 08:37:52 Coil Rotation Frequency, Fcoil = 3.121899 Hz 08:38:16 Coil Voltage Measurement # 18 Made, Stored in RAWFILE 08:38:20 Coil Rotation Frequency, Fcoil = 3.122214 Hz 08:38:24 Coil Rotation Frequency, Fcoil = 3.122933 Hz 08:38:24 Coil Voltage: Vfit(i) = 1.60971 * cos(2*2pi*i/n + 90.10 deg) = -1.60970 * sin(2*2pi*i/n) + -0.00283 * cos(2*2pi*i/n) RMS of the residuals = 0.00810 08:38:24 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.122365 1/s Coil Voltage, V2 = 1.609706 V Integrated Gradient, GL = 2.058202 T 08:38:27 Coil Rotation Frequency, Fcoil = 3.121875 Hz 08:38:31 Coil Rotation Frequency, Fcoil = 3.122015 Hz 08:38:56 Coil Voltage Measurement # 19 Made, Stored in RAWFILE 08:39:00 Coil Rotation Frequency, Fcoil = 3.12091 Hz 08:39:04 Coil Rotation Frequency, Fcoil = 3.122467 Hz 08:39:04 Coil Voltage: Vfit(i) = 1.60953 * cos(2*2pi*i/n + 90.10 deg) = -1.60953 * sin(2*2pi*i/n) + -0.00275 * cos(2*2pi*i/n) RMS of the residuals = 0.00811 08:39:04 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.121817 1/s Coil Voltage, V2 = 1.609531 V Integrated Gradient, GL = 2.05834 T 08:39:07 Coil Rotation Frequency, Fcoil = 3.122916 Hz 08:39:11 Coil Rotation Frequency, Fcoil = 3.122071 Hz 08:39:36 Coil Voltage Measurement # 20 Made, Stored in RAWFILE 08:39:39 Coil Rotation Frequency, Fcoil = 3.121855 Hz 08:39:43 Coil Rotation Frequency, Fcoil = 3.121641 Hz 08:39:44 Coil Voltage: Vfit(i) = 1.61008 * cos(2*2pi*i/n + 90.10 deg) = -1.61008 * sin(2*2pi*i/n) + -0.00280 * cos(2*2pi*i/n) RMS of the residuals = 0.00807 08:39:44 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.12212 1/s Coil Voltage, V2 = 1.610079 V Integrated Gradient, GL = 2.05884 T 08:39:44 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = 2.058532 +- 2.68227E-04 T 08:39:47 Coil Rotation Frequency, Fcoil = 3.122624 Hz 08:39:51 Coil Rotation Frequency, Fcoil = 3.121029 Hz 08:40:15 Coil Voltage Measurement # 21 Made, Stored in RAWFILE 08:40:19 Coil Rotation Frequency, Fcoil = 3.122772 Hz 08:40:23 Coil Rotation Frequency, Fcoil = 3.122163 Hz 08:40:23 Coil Voltage: Vfit(i) = 1.60987 * cos(2*2pi*i/n + 90.10 deg) = -1.60987 * sin(2*2pi*i/n) + -0.00276 * cos(2*2pi*i/n) RMS of the residuals = 0.00806 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.122147 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0087 -40.07 0.0005 40.07 0.541 2 1.6099 90.10 0.0919 -45.05 100.000 3 0.0011 116.06 0.0001 -38.69 0.066 4 0.0001 99.07 0.0000 -24.77 0.006 5 0.0003 129.86 0.0000 -25.97 0.021 6 0.0036 90.90 0.0002 -15.15 0.222 7 0.0001 121.97 0.0000 -17.42 0.007 8 0.0001 56.16 0.0000 -7.02 0.004 9 0.0003 117.20 0.0000 -13.02 0.016 10 0.0048 -88.99 0.0003 8.90 0.296 11 0.0000 -133.53 0.0000 12.14 0.002 12 0.0001 -157.61 0.0000 13.13 0.005 13 0.0003 139.25 0.0000 -10.71 0.021 14 0.0041 -89.20 0.0002 6.37 0.256 15 0.0002 -75.27 0.0000 5.02 0.011 16 0.0001 -107.80 0.0000 6.74 0.006 08:40:26 Coil Rotation Frequency, Fcoil = 3.121439 Hz 08:40:30 Coil Rotation Frequency, Fcoil = 3.121688 Hz 08:40:55 Coil Voltage Measurement # 22 Made, Stored in RAWFILE 08:40:59 Coil Rotation Frequency, Fcoil = 3.122068 Hz 08:41:03 Coil Rotation Frequency, Fcoil = 3.122172 Hz 08:41:03 Coil Voltage: Vfit(i) = 1.61032 * cos(2*2pi*i/n + 90.10 deg) = -1.61032 * sin(2*2pi*i/n) + -0.00273 * cos(2*2pi*i/n) RMS of the residuals = 0.00812 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.121842 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0087 -39.87 0.0005 39.87 0.543 2 1.6103 90.10 0.0919 -45.05 100.000 3 0.0010 118.52 0.0001 -39.51 0.064 4 0.0001 138.19 0.0000 -34.55 0.004 5 0.0002 132.57 0.0000 -26.51 0.014 6 0.0036 90.89 0.0002 -15.15 0.225 7 0.0001 93.47 0.0000 -13.35 0.008 8 0.0000 173.88 0.0000 -21.74 0.002 9 0.0003 112.15 0.0000 -12.46 0.018 10 0.0048 -89.41 0.0003 8.94 0.296 11 0.0000 107.93 0.0000 -9.81 0.002 12 0.0002 5.39 0.0000 -0.45 0.015 13 0.0003 135.94 0.0000 -10.46 0.018 14 0.0043 -92.30 0.0002 6.59 0.265 15 0.0002 -99.59 0.0000 6.64 0.010 16 0.0000 151.20 0.0000 -9.45 0.002 08:41:06 Coil Rotation Frequency, Fcoil = 3.121688 Hz 08:41:10 Coil Rotation Frequency, Fcoil = 3.121536 Hz 08:41:35 Coil Voltage Measurement # 23 Made, Stored in RAWFILE 08:41:39 Coil Rotation Frequency, Fcoil = 3.122686 Hz 08:41:43 Coil Rotation Frequency, Fcoil = 3.123275 Hz 08:41:43 Coil Voltage: Vfit(i) = 1.61004 * cos(2*2pi*i/n + 90.10 deg) = -1.61004 * sin(2*2pi*i/n) + -0.00272 * cos(2*2pi*i/n) RMS of the residuals = 0.00808 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.122297 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0087 -40.09 0.0005 40.09 0.541 2 1.6100 90.10 0.0919 -45.05 100.000 3 0.0010 119.82 0.0001 -39.94 0.063 4 0.0001 146.96 0.0000 -36.74 0.007 5 0.0003 140.51 0.0000 -28.10 0.017 6 0.0036 89.94 0.0002 -14.99 0.225 7 0.0001 98.52 0.0000 -14.07 0.007 8 0.0000 68.03 0.0000 -8.50 0.002 9 0.0003 113.65 0.0000 -12.63 0.018 10 0.0048 -89.25 0.0003 8.93 0.296 11 0.0000 -89.74 0.0000 8.16 0.001 12 0.0000 -46.23 0.0000 3.85 0.003 13 0.0003 150.60 0.0000 -11.58 0.020 14 0.0042 -89.08 0.0002 6.36 0.260 15 0.0001 -147.97 0.0000 9.86 0.008 16 0.0000 -173.15 0.0000 10.82 0.002 08:41:46 Coil Rotation Frequency, Fcoil = 3.117367 Hz 08:41:50 Coil Rotation Frequency, Fcoil = 3.122473 Hz 08:42:14 Coil Voltage Measurement # 24 Made, Stored in RAWFILE 08:42:18 Coil Rotation Frequency, Fcoil = 3.122074 Hz 08:42:22 Coil Rotation Frequency, Fcoil = 3.121006 Hz 08:42:22 Coil Voltage: Vfit(i) = 1.60912 * cos(2*2pi*i/n + 90.10 deg) = -1.60912 * sin(2*2pi*i/n) + -0.00270 * cos(2*2pi*i/n) RMS of the residuals = 0.00809 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.12073 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0087 -39.99 0.0005 39.99 0.541 2 1.6091 90.10 0.0919 -45.05 100.000 3 0.0011 118.13 0.0001 -39.38 0.068 4 0.0001 118.00 0.0000 -29.50 0.006 5 0.0003 127.90 0.0000 -25.58 0.016 6 0.0036 90.90 0.0002 -15.15 0.224 7 0.0001 95.49 0.0000 -13.64 0.008 8 0.0000 0.54 0.0000 -0.07 0.001 9 0.0003 113.43 0.0000 -12.60 0.020 10 0.0047 -89.05 0.0003 8.91 0.295 11 0.0001 -115.63 0.0000 10.51 0.004 12 0.0001 49.16 0.0000 -4.10 0.008 13 0.0003 145.03 0.0000 -11.16 0.019 14 0.0042 -89.49 0.0002 6.39 0.263 15 0.0000 162.69 0.0000 -10.85 0.002 16 0.0001 120.04 0.0000 -7.50 0.005 FIELD HARMONICS Coil Radius, Rcoil = .044646 m Coil # Turns, Nturns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 N BLn sigBLn THspole sigTH BLn/BL2 sBLn/BL2 (Tm) (Tm) (deg) (deg) (%) (%) --- --------+-------- --------+-------- --------+-------- 1 0.00050 0.00000 40.01 0.09 0.5416 0.0007 2 0.09192 0.00001 -45.05 0.00 100.0000 0.0000 3 0.00006 0.00000 -39.38 0.45 0.0653 0.0020 4 0.00001 0.00000 -31.39 4.64 0.0058 0.0011 5 0.00002 0.00000 -26.54 0.96 0.0168 0.0024 6 0.00021 0.00000 -15.11 0.07 0.2241 0.0012 7 0.00001 0.00000 -14.62 1.64 0.0077 0.0005 8 0.00000 0.00000 -9.33 7.84 0.0023 0.0011 9 0.00002 0.00000 -12.68 0.21 0.0182 0.0017 10 0.00027 0.00000 8.92 0.02 0.2956 0.0005 11 0.00000 0.00000 5.25 8.81 0.0024 0.0011 12 0.00001 0.00000 3.11 6.43 0.0078 0.0045 13 0.00002 0.00000 -10.98 0.43 0.0193 0.0010 14 0.00024 0.00000 6.43 0.09 0.2609 0.0034 15 0.00001 0.00000 2.67 8.00 0.0076 0.0037 16 0.00000 0.00000 0.15 8.78 0.0039 0.0018 08:42:24 Magnet Current, Imag = 50.08984 A 08:42:24 Magnet Current Ramping to 100 A... 08:43:14 Magnet Current, Imag = 100.1036 A 08:43:15 Magnet Current, Imag = 100.104 A 08:43:16 Magnet Current, Imag = 100.1034 A 08:43:18 Magnet Current, Imag = 100.1034 A 08:43:19 Magnet Current, Imag = 100.103 A 08:43:19 Magnet Current Measurement: Imag = 100.1034 +- 3.595137E-04 A 08:43:22 Coil Rotation Frequency, Fcoil = 3.121623 Hz 08:43:26 Coil Rotation Frequency, Fcoil = 3.121647 Hz 08:43:51 Coil Voltage Measurement # 25 Made, Stored in RAWFILE 08:43:55 Coil Rotation Frequency, Fcoil = 3.121783 Hz 08:43:59 Coil Rotation Frequency, Fcoil = 3.122351 Hz 08:43:59 Coil Voltage: Vfit(i) = 3.21354 * cos(2*2pi*i/n + 90.14 deg) = -3.21353 * sin(2*2pi*i/n) + -0.00806 * cos(2*2pi*i/n) RMS of the residuals = 0.01613 08:43:59 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.121851 1/s Coil Voltage, V2 = 3.213541 V Integrated Gradient, GL = 4.109573 T 08:44:02 Coil Rotation Frequency, Fcoil = 3.12244 Hz 08:44:07 Coil Rotation Frequency, Fcoil = 3.122924 Hz 08:44:31 Coil Voltage Measurement # 26 Made, Stored in RAWFILE 08:44:35 Coil Rotation Frequency, Fcoil = 3.119889 Hz 08:44:39 Coil Rotation Frequency, Fcoil = 3.12154 Hz 08:44:39 Coil Voltage: Vfit(i) = 3.21248 * cos(2*2pi*i/n + 90.14 deg) = -3.21247 * sin(2*2pi*i/n) + -0.00802 * cos(2*2pi*i/n) RMS of the residuals = 0.01625 08:44:39 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.121698 1/s Coil Voltage, V2 = 3.212475 V Integrated Gradient, GL = 4.108411 T 08:44:42 Coil Rotation Frequency, Fcoil = 3.121056 Hz 08:44:47 Coil Rotation Frequency, Fcoil = 3.121501 Hz 08:45:11 Coil Voltage Measurement # 27 Made, Stored in RAWFILE 08:45:15 Coil Rotation Frequency, Fcoil = 3.121869 Hz 08:45:19 Coil Rotation Frequency, Fcoil = 3.121453 Hz 08:45:19 Coil Voltage: Vfit(i) = 3.21306 * cos(2*2pi*i/n + 90.15 deg) = -3.21305 * sin(2*2pi*i/n) + -0.00813 * cos(2*2pi*i/n) RMS of the residuals = 0.01624 08:45:19 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.12147 1/s Coil Voltage, V2 = 3.213057 V Integrated Gradient, GL = 4.109457 T 08:45:23 Coil Rotation Frequency, Fcoil = 3.12192 Hz 08:45:27 Coil Rotation Frequency, Fcoil = 3.122695 Hz 08:45:51 Coil Voltage Measurement # 28 Made, Stored in RAWFILE 08:45:55 Coil Rotation Frequency, Fcoil = 3.120468 Hz 08:45:59 Coil Rotation Frequency, Fcoil = 3.122475 Hz 08:45:59 Coil Voltage: Vfit(i) = 3.21224 * cos(2*2pi*i/n + 90.14 deg) = -3.21223 * sin(2*2pi*i/n) + -0.00813 * cos(2*2pi*i/n) RMS of the residuals = 0.01624 08:45:59 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.12189 1/s Coil Voltage, V2 = 3.212235 V Integrated Gradient, GL = 4.107853 T 08:45:59 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = 4.108824 +- 7.202307E-04 T 08:46:03 Coil Rotation Frequency, Fcoil = 3.122713 Hz 08:46:07 Coil Rotation Frequency, Fcoil = 3.122725 Hz 08:46:31 Coil Voltage Measurement # 29 Made, Stored in RAWFILE 08:46:35 Coil Rotation Frequency, Fcoil = 3.122642 Hz 08:46:39 Coil Rotation Frequency, Fcoil = 3.122437 Hz 08:46:39 Coil Voltage: Vfit(i) = 3.21428 * cos(2*2pi*i/n + 90.14 deg) = -3.21427 * sin(2*2pi*i/n) + -0.00803 * cos(2*2pi*i/n) RMS of the residuals = 0.01622 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.122629 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0177 -40.78 0.0010 40.78 0.550 2 3.2143 90.14 0.1835 -45.07 100.000 3 0.0021 117.72 0.0001 -39.24 0.066 4 0.0002 136.68 0.0000 -34.17 0.007 5 0.0007 140.96 0.0000 -28.19 0.020 6 0.0072 91.21 0.0004 -15.20 0.223 7 0.0002 110.51 0.0000 -15.79 0.006 8 0.0001 -21.66 0.0000 2.71 0.002 9 0.0005 114.81 0.0000 -12.76 0.016 10 0.0096 -88.89 0.0005 8.89 0.299 11 0.0000 34.28 0.0000 -3.12 0.001 12 0.0004 -91.84 0.0000 7.65 0.011 13 0.0006 148.17 0.0000 -11.40 0.019 14 0.0080 -90.73 0.0005 6.48 0.248 15 0.0003 -95.68 0.0000 6.38 0.010 16 0.0002 157.71 0.0000 -9.86 0.006 08:46:43 Coil Rotation Frequency, Fcoil = 3.122779 Hz 08:46:47 Coil Rotation Frequency, Fcoil = 3.122556 Hz 08:47:11 Coil Voltage Measurement # 30 Made, Stored in RAWFILE 08:47:15 Coil Rotation Frequency, Fcoil = 3.120706 Hz 08:47:19 Coil Rotation Frequency, Fcoil = 3.122351 Hz 08:47:19 Coil Voltage: Vfit(i) = 3.21376 * cos(2*2pi*i/n + 90.14 deg) = -3.21375 * sin(2*2pi*i/n) + -0.00798 * cos(2*2pi*i/n) RMS of the residuals = 0.01626 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.122098 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0176 -40.94 0.0010 40.94 0.547 2 3.2138 90.14 0.1835 -45.07 100.000 3 0.0021 119.33 0.0001 -39.78 0.064 4 0.0001 124.98 0.0000 -31.24 0.003 5 0.0004 126.27 0.0000 -25.25 0.014 6 0.0072 91.21 0.0004 -15.20 0.225 7 0.0003 110.21 0.0000 -15.74 0.011 8 0.0001 -100.39 0.0000 12.55 0.002 9 0.0007 115.92 0.0000 -12.88 0.022 10 0.0096 -88.76 0.0006 8.88 0.300 11 0.0001 -178.12 0.0000 16.19 0.004 12 0.0003 1.69 0.0000 -0.14 0.008 13 0.0006 143.23 0.0000 -11.02 0.019 14 0.0083 -90.92 0.0005 6.49 0.257 15 0.0002 -127.57 0.0000 8.50 0.006 16 0.0003 26.56 0.0000 -1.66 0.008 08:47:23 Coil Rotation Frequency, Fcoil = 3.121715 Hz 08:47:27 Coil Rotation Frequency, Fcoil = 3.1226 Hz 08:47:51 Coil Voltage Measurement # 31 Made, Stored in RAWFILE 08:47:55 Coil Rotation Frequency, Fcoil = 3.12088 Hz 08:47:59 Coil Rotation Frequency, Fcoil = 3.122523 Hz 08:47:59 Coil Voltage: Vfit(i) = 3.21372 * cos(2*2pi*i/n + 90.14 deg) = -3.21371 * sin(2*2pi*i/n) + -0.00805 * cos(2*2pi*i/n) RMS of the residuals = 0.01631 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.12193 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0176 -40.76 0.0010 40.76 0.547 2 3.2137 90.14 0.1835 -45.07 100.000 3 0.0021 119.70 0.0001 -39.90 0.066 4 0.0002 147.93 0.0000 -36.98 0.005 5 0.0005 140.65 0.0000 -28.13 0.015 6 0.0072 90.36 0.0004 -15.06 0.225 7 0.0002 104.94 0.0000 -14.99 0.006 8 0.0001 25.22 0.0000 -3.15 0.003 9 0.0006 116.23 0.0000 -12.91 0.020 10 0.0096 -89.19 0.0005 8.92 0.297 11 0.0001 154.99 0.0000 -14.09 0.004 12 0.0002 71.34 0.0000 -5.94 0.007 13 0.0006 132.68 0.0000 -10.21 0.018 14 0.0086 -89.57 0.0005 6.40 0.266 15 0.0003 -63.86 0.0000 4.26 0.009 16 0.0001 -113.62 0.0000 7.10 0.003 08:48:03 Coil Rotation Frequency, Fcoil = 3.12274 Hz 08:48:07 Coil Rotation Frequency, Fcoil = 3.122083 Hz 08:48:31 Coil Voltage Measurement # 32 Made, Stored in RAWFILE 08:48:35 Coil Rotation Frequency, Fcoil = 3.121958 Hz 08:48:39 Coil Rotation Frequency, Fcoil = 3.122371 Hz 08:48:39 Coil Voltage: Vfit(i) = 3.21279 * cos(2*2pi*i/n + 90.14 deg) = -3.21278 * sin(2*2pi*i/n) + -0.00796 * cos(2*2pi*i/n) RMS of the residuals = 0.01628 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.122288 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0176 -40.66 0.0010 40.66 0.547 2 3.2128 90.14 0.1834 -45.07 100.000 3 0.0021 120.68 0.0001 -40.23 0.066 4 0.0003 128.75 0.0000 -32.19 0.008 5 0.0005 129.32 0.0000 -25.86 0.015 6 0.0072 90.88 0.0004 -15.15 0.224 7 0.0003 112.00 0.0000 -16.00 0.008 8 0.0001 32.79 0.0000 -4.10 0.003 9 0.0007 113.75 0.0000 -12.64 0.021 10 0.0096 -88.56 0.0005 8.86 0.298 11 0.0002 132.35 0.0000 -12.03 0.006 12 0.0000 63.88 0.0000 -5.32 0.001 13 0.0007 146.54 0.0000 -11.27 0.022 14 0.0084 -89.61 0.0005 6.40 0.263 15 0.0002 -112.57 0.0000 7.50 0.007 16 0.0002 -43.26 0.0000 2.70 0.007 FIELD HARMONICS Coil Radius, Rcoil = .044646 m Coil # Turns, Nturns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 N BLn sigBLn THspole sigTH BLn/BL2 sBLn/BL2 (Tm) (Tm) (deg) (deg) (%) (%) --- --------+-------- --------+-------- --------+-------- 1 0.00100 0.00000 40.79 0.10 0.5478 0.0012 2 0.18346 0.00003 -45.07 0.00 100.0000 0.0000 3 0.00012 0.00000 -39.79 0.36 0.0655 0.0009 4 0.00001 0.00000 -33.65 2.20 0.0056 0.0019 5 0.00003 0.00000 -26.86 1.32 0.0161 0.0025 6 0.00041 0.00000 -15.15 0.06 0.2242 0.0008 7 0.00001 0.00000 -15.63 0.38 0.0078 0.0018 8 0.00000 0.00000 2.00 6.62 0.0024 0.0003 9 0.00004 0.00000 -12.80 0.11 0.0197 0.0024 10 0.00055 0.00000 8.88 0.02 0.2983 0.0010 11 0.00001 0.00000 -3.26 11.97 0.0036 0.0018 12 0.00001 0.00001 -0.94 5.45 0.0067 0.0038 13 0.00004 0.00000 -10.97 0.46 0.0197 0.0016 14 0.00047 0.00001 6.44 0.04 0.2584 0.0068 15 0.00001 0.00000 6.66 1.58 0.0079 0.0014 16 0.00001 0.00000 -0.43 6.26 0.0062 0.0017 08:48:41 Magnet Current, Imag = 100.103 A 08:48:41 Magnet Current Ramping to 150 A... 08:49:30 Magnet Current, Imag = 150.134 A 08:49:31 Magnet Current, Imag = 150.1322 A 08:49:32 Magnet Current, Imag = 150.1328 A 08:49:34 Magnet Current, Imag = 150.1344 A 08:49:35 Magnet Current, Imag = 150.1336 A 08:49:35 Magnet Current Measurement: Imag = 150.1333 +- 8.292909E-04 A 08:49:38 Coil Rotation Frequency, Fcoil = 3.121997 Hz 08:49:42 Coil Rotation Frequency, Fcoil = 3.121243 Hz 08:50:07 Coil Voltage Measurement # 33 Made, Stored in RAWFILE 08:50:11 Coil Rotation Frequency, Fcoil = 3.120014 Hz 08:50:15 Coil Rotation Frequency, Fcoil = 3.122101 Hz 08:50:15 Coil Voltage: Vfit(i) = 4.80904 * cos(2*2pi*i/n + 90.14 deg) = -4.80903 * sin(2*2pi*i/n) + -0.01184 * cos(2*2pi*i/n) RMS of the residuals = 0.02390 08:50:15 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.121339 1/s Coil Voltage, V2 = 4.80904 V Integrated Gradient, GL = 6.150955 T 08:50:18 Coil Rotation Frequency, Fcoil = 3.11951 Hz 08:50:22 Coil Rotation Frequency, Fcoil = 3.122499 Hz 08:50:47 Coil Voltage Measurement # 34 Made, Stored in RAWFILE 08:50:50 Coil Rotation Frequency, Fcoil = 3.122116 Hz 08:50:55 Coil Rotation Frequency, Fcoil = 3.121629 Hz 08:50:55 Coil Voltage: Vfit(i) = 4.80862 * cos(2*2pi*i/n + 90.14 deg) = -4.80860 * sin(2*2pi*i/n) + -0.01194 * cos(2*2pi*i/n) RMS of the residuals = 0.02413 08:50:55 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.121438 1/s Coil Voltage, V2 = 4.808614 V Integrated Gradient, GL = 6.150215 T 08:50:58 Coil Rotation Frequency, Fcoil = 3.122413 Hz 08:51:02 Coil Rotation Frequency, Fcoil = 3.122856 Hz 08:51:26 Coil Voltage Measurement # 35 Made, Stored in RAWFILE 08:51:30 Coil Rotation Frequency, Fcoil = 3.120913 Hz 08:51:34 Coil Rotation Frequency, Fcoil = 3.121614 Hz 08:51:34 Coil Voltage: Vfit(i) = 4.80938 * cos(2*2pi*i/n + 90.14 deg) = -4.80937 * sin(2*2pi*i/n) + -0.01201 * cos(2*2pi*i/n) RMS of the residuals = 0.02403 08:51:34 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.121949 1/s Coil Voltage, V2 = 4.809382 V Integrated Gradient, GL = 6.15019 T 08:51:38 Coil Rotation Frequency, Fcoil = 3.121474 Hz 08:51:42 Coil Rotation Frequency, Fcoil = 3.122431 Hz 08:52:06 Coil Voltage Measurement # 36 Made, Stored in RAWFILE 08:52:10 Coil Rotation Frequency, Fcoil = 3.121765 Hz 08:52:14 Coil Rotation Frequency, Fcoil = 3.121433 Hz 08:52:14 Coil Voltage: Vfit(i) = 4.80844 * cos(2*2pi*i/n + 90.14 deg) = -4.80843 * sin(2*2pi*i/n) + -0.01202 * cos(2*2pi*i/n) RMS of the residuals = 0.02414 08:52:14 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.121776 1/s Coil Voltage, V2 = 4.80844 V Integrated Gradient, GL = 6.149326 T 08:52:14 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = 6.150171 +- 5.766238E-04 T 08:52:18 Coil Rotation Frequency, Fcoil = 3.12053 Hz 08:52:22 Coil Rotation Frequency, Fcoil = 3.121486 Hz 08:52:46 Coil Voltage Measurement # 37 Made, Stored in RAWFILE 08:52:50 Coil Rotation Frequency, Fcoil = 3.120696 Hz 08:52:54 Coil Rotation Frequency, Fcoil = 3.121346 Hz 08:52:54 Coil Voltage: Vfit(i) = 4.80563 * cos(2*2pi*i/n + 90.14 deg) = -4.80562 * sin(2*2pi*i/n) + -0.01201 * cos(2*2pi*i/n) RMS of the residuals = 0.02415 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.121015 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0257 -40.92 0.0015 40.92 0.535 2 4.8056 90.14 0.2744 -45.07 100.000 3 0.0032 117.76 0.0002 -39.25 0.067 4 0.0010 160.15 0.0001 -40.04 0.020 5 0.0008 150.19 0.0000 -30.04 0.016 6 0.0108 90.42 0.0006 -15.07 0.224 7 0.0004 94.51 0.0000 -13.50 0.007 8 0.0003 17.39 0.0000 -2.17 0.007 9 0.0010 110.69 0.0001 -12.30 0.021 10 0.0144 -89.58 0.0008 8.96 0.299 11 0.0001 -176.68 0.0000 16.06 0.002 12 0.0007 139.09 0.0000 -11.59 0.014 13 0.0011 155.35 0.0001 -11.95 0.022 14 0.0129 -86.65 0.0007 6.19 0.268 15 0.0003 -91.81 0.0000 6.12 0.006 16 0.0004 -154.24 0.0000 9.64 0.008 08:52:58 Coil Rotation Frequency, Fcoil = 3.120993 Hz 08:53:02 Coil Rotation Frequency, Fcoil = 3.121546 Hz 08:53:26 Coil Voltage Measurement # 38 Made, Stored in RAWFILE 08:53:30 Coil Rotation Frequency, Fcoil = 3.120548 Hz 08:53:34 Coil Rotation Frequency, Fcoil = 3.121976 Hz 08:53:34 Coil Voltage: Vfit(i) = 4.80962 * cos(2*2pi*i/n + 90.14 deg) = -4.80961 * sin(2*2pi*i/n) + -0.01193 * cos(2*2pi*i/n) RMS of the residuals = 0.02398 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.121266 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0258 -40.77 0.0015 40.77 0.537 2 4.8096 90.14 0.2747 -45.07 100.000 3 0.0032 119.17 0.0002 -39.72 0.066 4 0.0008 169.67 0.0000 -42.42 0.017 5 0.0009 119.19 0.0000 -23.84 0.018 6 0.0107 91.06 0.0006 -15.18 0.223 7 0.0005 101.93 0.0000 -14.56 0.010 8 0.0005 23.40 0.0000 -2.93 0.010 9 0.0010 119.38 0.0001 -13.26 0.021 10 0.0144 -89.08 0.0008 8.91 0.300 11 0.0001 116.33 0.0000 -10.58 0.001 12 0.0005 -72.91 0.0000 6.08 0.010 13 0.0009 143.93 0.0001 -11.07 0.020 14 0.0120 -88.42 0.0007 6.32 0.250 15 0.0003 -52.16 0.0000 3.48 0.007 16 0.0002 -109.79 0.0000 6.86 0.005 08:53:37 Coil Rotation Frequency, Fcoil = 3.122018 Hz 08:53:41 Coil Rotation Frequency, Fcoil = 3.121546 Hz 08:54:06 Coil Voltage Measurement # 39 Made, Stored in RAWFILE 08:54:10 Coil Rotation Frequency, Fcoil = 3.121326 Hz 08:54:14 Coil Rotation Frequency, Fcoil = 3.12151 Hz 08:54:14 Coil Voltage: Vfit(i) = 4.80893 * cos(2*2pi*i/n + 90.14 deg) = -4.80892 * sin(2*2pi*i/n) + -0.01187 * cos(2*2pi*i/n) RMS of the residuals = 0.02414 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.1216 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0257 -40.37 0.0015 40.37 0.535 2 4.8089 90.14 0.2746 -45.07 100.000 3 0.0031 119.15 0.0002 -39.72 0.065 4 0.0008 171.80 0.0000 -42.95 0.016 5 0.0006 130.67 0.0000 -26.13 0.012 6 0.0108 90.54 0.0006 -15.09 0.225 7 0.0003 84.12 0.0000 -12.02 0.007 8 0.0005 6.49 0.0000 -0.81 0.011 9 0.0009 109.15 0.0001 -12.13 0.020 10 0.0143 -89.25 0.0008 8.92 0.298 11 0.0001 143.04 0.0000 -13.00 0.002 12 0.0003 101.51 0.0000 -8.46 0.007 13 0.0010 147.25 0.0001 -11.33 0.021 14 0.0129 -86.98 0.0007 6.21 0.268 15 0.0005 -105.09 0.0000 7.01 0.009 16 0.0001 -58.58 0.0000 3.66 0.001 08:54:17 Coil Rotation Frequency, Fcoil = 3.121284 Hz 08:54:21 Coil Rotation Frequency, Fcoil = 3.122133 Hz 08:54:46 Coil Voltage Measurement # 40 Made, Stored in RAWFILE 08:54:50 Coil Rotation Frequency, Fcoil = 3.121326 Hz 08:54:54 Coil Rotation Frequency, Fcoil = 3.12148 Hz 08:54:54 Coil Voltage: Vfit(i) = 4.80837 * cos(2*2pi*i/n + 90.14 deg) = -4.80836 * sin(2*2pi*i/n) + -0.01173 * cos(2*2pi*i/n) RMS of the residuals = 0.02404 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.121556 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0257 -40.88 0.0015 40.88 0.534 2 4.8084 90.14 0.2746 -45.07 100.000 3 0.0031 119.39 0.0002 -39.80 0.065 4 0.0009 157.69 0.0001 -39.42 0.019 5 0.0009 134.59 0.0001 -26.92 0.018 6 0.0107 90.39 0.0006 -15.06 0.222 7 0.0004 113.56 0.0000 -16.22 0.008 8 0.0004 17.01 0.0000 -2.13 0.009 9 0.0009 113.20 0.0001 -12.58 0.018 10 0.0144 -89.64 0.0008 8.96 0.299 11 0.0001 -147.64 0.0000 13.42 0.003 12 0.0000 126.78 0.0000 -10.56 0.001 13 0.0010 139.11 0.0001 -10.70 0.021 14 0.0126 -89.53 0.0007 6.39 0.263 15 0.0004 -115.04 0.0000 7.67 0.009 16 0.0003 -148.36 0.0000 9.27 0.007 FIELD HARMONICS Coil Radius, Rcoil = .044646 m Coil # Turns, Nturns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 N BLn sigBLn THspole sigTH BLn/BL2 sBLn/BL2 (Tm) (Tm) (deg) (deg) (%) (%) --- --------+-------- --------+-------- --------+-------- 1 0.00147 0.00000 40.74 0.22 0.5353 0.0009 2 0.27456 0.00007 -45.07 0.00 100.0000 0.0000 3 0.00018 0.00000 -39.62 0.22 0.0657 0.0010 4 0.00005 0.00000 -41.21 1.50 0.0180 0.0018 5 0.00004 0.00001 -26.73 2.22 0.0161 0.0024 6 0.00061 0.00000 -15.10 0.05 0.2233 0.0011 7 0.00002 0.00000 -14.08 1.53 0.0081 0.0015 8 0.00003 0.00000 -2.01 0.76 0.0092 0.0014 9 0.00005 0.00000 -12.57 0.43 0.0200 0.0012 10 0.00082 0.00000 8.94 0.02 0.2991 0.0009 11 0.00001 0.00000 1.48 13.33 0.0020 0.0007 12 0.00002 0.00001 -6.13 7.14 0.0080 0.0047 13 0.00006 0.00000 -11.26 0.46 0.0209 0.0009 14 0.00072 0.00002 6.28 0.08 0.2621 0.0073 15 0.00002 0.00000 6.07 1.59 0.0077 0.0015 16 0.00001 0.00001 7.36 2.39 0.0053 0.0025 08:54:56 Magnet Current, Imag = 150.135 A 08:54:56 Magnet Current Ramping to 200 A... 08:55:45 Magnet Current, Imag = 200.3948 A 08:55:46 Magnet Current, Imag = 200.394 A 08:55:47 Magnet Current, Imag = 200.3966 A 08:55:49 Magnet Current, Imag = 200.394 A 08:55:50 Magnet Current, Imag = 200.395 A 08:55:50 Magnet Current Measurement: Imag = 200.3949 +- 1.060788E-03 A 08:55:53 Coil Rotation Frequency, Fcoil = 3.121534 Hz 08:55:57 Coil Rotation Frequency, Fcoil = 3.122137 Hz 08:56:22 Coil Voltage Measurement # 41 Made, Stored in RAWFILE 08:56:26 Coil Rotation Frequency, Fcoil = 3.12206 Hz 08:56:30 Coil Rotation Frequency, Fcoil = 3.122603 Hz 08:56:30 Coil Voltage: Vfit(i) = 6.39450 * cos(2*2pi*i/n + 90.14 deg) = -6.39448 * sin(2*2pi*i/n) + -0.01573 * cos(2*2pi*i/n) RMS of the residuals = 0.03177 08:56:30 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.122083 1/s Coil Voltage, V2 = 6.394497 V Integrated Gradient, GL = 8.176868 T 08:56:33 Coil Rotation Frequency, Fcoil = 3.121709 Hz 08:56:37 Coil Rotation Frequency, Fcoil = 3.119925 Hz 08:57:02 Coil Voltage Measurement # 42 Made, Stored in RAWFILE 08:57:06 Coil Rotation Frequency, Fcoil = 3.12222 Hz 08:57:10 Coil Rotation Frequency, Fcoil = 3.12159 Hz 08:57:10 Coil Voltage: Vfit(i) = 6.39650 * cos(2*2pi*i/n + 90.14 deg) = -6.39648 * sin(2*2pi*i/n) + -0.01557 * cos(2*2pi*i/n) RMS of the residuals = 0.03202 08:57:10 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.121361 1/s Coil Voltage, V2 = 6.396501 V Integrated Gradient, GL = 8.181324 T 08:57:13 Coil Rotation Frequency, Fcoil = 3.123344 Hz 08:57:18 Coil Rotation Frequency, Fcoil = 3.123466 Hz 08:57:42 Coil Voltage Measurement # 43 Made, Stored in RAWFILE 08:57:46 Coil Rotation Frequency, Fcoil = 3.121798 Hz 08:57:50 Coil Rotation Frequency, Fcoil = 3.119095 Hz 08:57:50 Coil Voltage: Vfit(i) = 6.39496 * cos(2*2pi*i/n + 90.14 deg) = -6.39494 * sin(2*2pi*i/n) + -0.01592 * cos(2*2pi*i/n) RMS of the residuals = 0.03196 08:57:50 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.121926 1/s Coil Voltage, V2 = 6.394955 V Integrated Gradient, GL = 8.177866 T 08:57:53 Coil Rotation Frequency, Fcoil = 3.119866 Hz 08:57:57 Coil Rotation Frequency, Fcoil = 3.121412 Hz 08:58:22 Coil Voltage Measurement # 44 Made, Stored in RAWFILE 08:58:26 Coil Rotation Frequency, Fcoil = 3.121231 Hz 08:58:30 Coil Rotation Frequency, Fcoil = 3.121852 Hz 08:58:30 Coil Voltage: Vfit(i) = 6.39463 * cos(2*2pi*i/n + 90.14 deg) = -6.39461 * sin(2*2pi*i/n) + -0.01607 * cos(2*2pi*i/n) RMS of the residuals = 0.03203 08:58:30 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.12109 1/s Coil Voltage, V2 = 6.394629 V Integrated Gradient, GL = 8.179639 T 08:58:30 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = 8.178925 +- 1.704097E-03 T 08:58:33 Coil Rotation Frequency, Fcoil = 3.118496 Hz 08:58:37 Coil Rotation Frequency, Fcoil = 3.121195 Hz 08:59:02 Coil Voltage Measurement # 45 Made, Stored in RAWFILE 08:59:06 Coil Rotation Frequency, Fcoil = 3.121549 Hz 08:59:10 Coil Rotation Frequency, Fcoil = 3.118727 Hz 08:59:10 Coil Voltage: Vfit(i) = 6.39544 * cos(2*2pi*i/n + 90.14 deg) = -6.39542 * sin(2*2pi*i/n) + -0.01602 * cos(2*2pi*i/n) RMS of the residuals = 0.03206 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.119992 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0342 -40.95 0.0020 40.95 0.535 2 6.3954 90.14 0.3654 -45.07 100.000 3 0.0043 120.43 0.0002 -40.14 0.067 4 0.0008 148.09 0.0000 -37.02 0.012 5 0.0007 132.42 0.0000 -26.48 0.012 6 0.0138 90.25 0.0008 -15.04 0.216 7 0.0005 93.50 0.0000 -13.36 0.008 8 0.0005 174.53 0.0000 -21.82 0.008 9 0.0012 105.80 0.0001 -11.76 0.020 10 0.0192 -89.15 0.0011 8.91 0.301 11 0.0003 174.83 0.0000 -15.89 0.004 12 0.0008 12.53 0.0000 -1.04 0.013 13 0.0011 127.70 0.0001 -9.82 0.017 14 0.0172 -89.84 0.0010 6.42 0.269 15 0.0007 -60.66 0.0000 4.04 0.010 16 0.0001 -109.44 0.0000 6.84 0.002 08:59:13 Coil Rotation Frequency, Fcoil = 3.120195 Hz 08:59:17 Coil Rotation Frequency, Fcoil = 3.120622 Hz 08:59:42 Coil Voltage Measurement # 46 Made, Stored in RAWFILE 08:59:46 Coil Rotation Frequency, Fcoil = 3.121899 Hz 08:59:50 Coil Rotation Frequency, Fcoil = 3.12213 Hz 08:59:50 Coil Voltage: Vfit(i) = 6.39597 * cos(2*2pi*i/n + 90.14 deg) = -6.39595 * sin(2*2pi*i/n) + -0.01588 * cos(2*2pi*i/n) RMS of the residuals = 0.03210 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.121212 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0344 -40.61 0.0020 40.61 0.538 2 6.3960 90.14 0.3653 -45.07 100.000 3 0.0042 120.08 0.0002 -40.03 0.066 4 0.0006 118.13 0.0000 -29.53 0.009 5 0.0012 132.19 0.0001 -26.44 0.019 6 0.0137 90.45 0.0008 -15.07 0.215 7 0.0004 111.06 0.0000 -15.87 0.007 8 0.0004 171.47 0.0000 -21.43 0.007 9 0.0012 117.65 0.0001 -13.07 0.018 10 0.0192 -89.31 0.0011 8.93 0.300 11 0.0001 -128.23 0.0000 11.66 0.002 12 0.0004 122.03 0.0000 -10.17 0.006 13 0.0012 146.19 0.0001 -11.25 0.019 14 0.0171 -87.47 0.0010 6.25 0.267 15 0.0001 -102.09 0.0000 6.81 0.002 16 0.0003 -26.28 0.0000 1.64 0.004 08:59:53 Coil Rotation Frequency, Fcoil = 3.122202 Hz 08:59:58 Coil Rotation Frequency, Fcoil = 3.121044 Hz 09:00:22 Coil Voltage Measurement # 47 Made, Stored in RAWFILE 09:00:26 Coil Rotation Frequency, Fcoil = 3.121406 Hz 09:00:30 Coil Rotation Frequency, Fcoil = 3.122021 Hz 09:00:30 Coil Voltage: Vfit(i) = 6.39569 * cos(2*2pi*i/n + 90.14 deg) = -6.39567 * sin(2*2pi*i/n) + -0.01581 * cos(2*2pi*i/n) RMS of the residuals = 0.03210 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.121668 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0341 -40.75 0.0019 40.75 0.533 2 6.3957 90.14 0.3652 -45.07 100.000 3 0.0041 118.85 0.0002 -39.62 0.064 4 0.0004 153.02 0.0000 -38.25 0.006 5 0.0010 117.20 0.0001 -23.44 0.015 6 0.0138 90.66 0.0008 -15.11 0.215 7 0.0005 99.82 0.0000 -14.26 0.007 8 0.0005 -174.71 0.0000 21.84 0.008 9 0.0014 114.06 0.0001 -12.67 0.021 10 0.0194 -89.19 0.0011 8.92 0.303 11 0.0001 -132.27 0.0000 12.02 0.001 12 0.0004 63.17 0.0000 -5.26 0.007 13 0.0012 145.29 0.0001 -11.18 0.019 14 0.0175 -88.48 0.0010 6.32 0.274 15 0.0003 -52.69 0.0000 3.51 0.004 16 0.0004 -55.04 0.0000 3.44 0.006 09:00:34 Coil Rotation Frequency, Fcoil = 3.120812 Hz 09:00:38 Coil Rotation Frequency, Fcoil = 3.120613 Hz 09:01:02 Coil Voltage Measurement # 48 Made, Stored in RAWFILE 09:01:06 Coil Rotation Frequency, Fcoil = 3.122128 Hz 09:01:10 Coil Rotation Frequency, Fcoil = 3.12246 Hz 09:01:10 Coil Voltage: Vfit(i) = 6.39672 * cos(2*2pi*i/n + 90.14 deg) = -6.39670 * sin(2*2pi*i/n) + -0.01565 * cos(2*2pi*i/n) RMS of the residuals = 0.03207 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.121503 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0343 -40.92 0.0020 40.92 0.536 2 6.3967 90.14 0.3653 -45.07 100.000 3 0.0041 123.38 0.0002 -41.13 0.063 4 0.0007 152.90 0.0000 -38.22 0.010 5 0.0011 138.27 0.0001 -27.65 0.017 6 0.0139 90.33 0.0008 -15.05 0.217 7 0.0003 112.84 0.0000 -16.12 0.005 8 0.0005 155.48 0.0000 -19.44 0.008 9 0.0012 115.89 0.0001 -12.88 0.019 10 0.0192 -89.03 0.0011 8.90 0.300 11 0.0003 120.39 0.0000 -10.94 0.005 12 0.0007 38.79 0.0000 -3.23 0.011 13 0.0013 136.07 0.0001 -10.47 0.021 14 0.0173 -91.13 0.0010 6.51 0.270 15 0.0005 -109.77 0.0000 7.32 0.008 16 0.0004 14.03 0.0000 -0.88 0.006 FIELD HARMONICS Coil Radius, Rcoil = .044646 m Coil # Turns, Nturns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 N BLn sigBLn THspole sigTH BLn/BL2 sBLn/BL2 (Tm) (Tm) (deg) (deg) (%) (%) --- --------+-------- --------+-------- --------+-------- 1 0.00196 0.00001 40.81 0.14 0.5356 0.0017 2 0.36526 0.00006 -45.07 0.00 100.0000 0.0000 3 0.00024 0.00001 -40.23 0.55 0.0651 0.0015 4 0.00003 0.00001 -35.76 3.63 0.0094 0.0022 5 0.00006 0.00001 -26.00 1.56 0.0155 0.0025 6 0.00079 0.00000 -15.07 0.03 0.2158 0.0008 7 0.00002 0.00000 -14.90 1.14 0.0067 0.0009 8 0.00003 0.00000 -10.21 18.53 0.0079 0.0006 9 0.00007 0.00000 -12.59 0.50 0.0196 0.0012 10 0.00110 0.00000 8.92 0.01 0.3010 0.0012 11 0.00001 0.00001 -0.79 12.75 0.0031 0.0014 12 0.00003 0.00001 -4.93 3.37 0.0094 0.0028 13 0.00007 0.00000 -10.68 0.58 0.0191 0.0011 14 0.00099 0.00001 6.37 0.10 0.2698 0.0024 15 0.00002 0.00001 5.42 1.66 0.0063 0.0033 16 0.00002 0.00001 2.76 2.81 0.0044 0.0017 09:01:12 Magnet Current, Imag = 200.3998 A 09:01:12 Magnet Current Ramping to 250 A... 09:02:01 Magnet Current, Imag = 250.5056 A 09:02:02 Magnet Current, Imag = 250.5062 A 09:02:03 Magnet Current, Imag = 250.506 A 09:02:05 Magnet Current, Imag = 250.5058 A 09:02:06 Magnet Current, Imag = 250.5068 A 09:02:06 Magnet Current Measurement: Imag = 250.5062 +- 3.733729E-04 A 09:02:09 Coil Rotation Frequency, Fcoil = 3.121106 Hz 09:02:13 Coil Rotation Frequency, Fcoil = 3.121371 Hz 09:02:38 Coil Voltage Measurement # 49 Made, Stored in RAWFILE 09:02:42 Coil Rotation Frequency, Fcoil = 3.122389 Hz 09:02:46 Coil Rotation Frequency, Fcoil = 3.122265 Hz 09:02:46 Coil Voltage: Vfit(i) = 7.93423 * cos(2*2pi*i/n + 90.14 deg) = -7.93420 * sin(2*2pi*i/n) + -0.01975 * cos(2*2pi*i/n) RMS of the residuals = 0.03924 09:02:46 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.121783 1/s Coil Voltage, V2 = 7.934226 V Integrated Gradient, GL = 10.14675 T 09:02:49 Coil Rotation Frequency, Fcoil = 3.121254 Hz 09:02:54 Coil Rotation Frequency, Fcoil = 3.121522 Hz 09:03:18 Coil Voltage Measurement # 50 Made, Stored in RAWFILE 09:03:22 Coil Rotation Frequency, Fcoil = 3.121361 Hz 09:03:26 Coil Rotation Frequency, Fcoil = 3.120765 Hz 09:03:26 Coil Voltage: Vfit(i) = 7.93431 * cos(2*2pi*i/n + 90.14 deg) = -7.93429 * sin(2*2pi*i/n) + -0.01967 * cos(2*2pi*i/n) RMS of the residuals = 0.03912 09:03:26 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.121226 1/s Coil Voltage, V2 = 7.934312 V Integrated Gradient, GL = 10.14867 T 09:03:29 Coil Rotation Frequency, Fcoil = 3.121786 Hz 09:03:34 Coil Rotation Frequency, Fcoil = 3.121857 Hz 09:03:58 Coil Voltage Measurement # 51 Made, Stored in RAWFILE 09:04:02 Coil Rotation Frequency, Fcoil = 3.121032 Hz 09:04:06 Coil Rotation Frequency, Fcoil = 3.122499 Hz 09:04:06 Coil Voltage: Vfit(i) = 7.92845 * cos(2*2pi*i/n + 90.14 deg) = -7.92843 * sin(2*2pi*i/n) + -0.01956 * cos(2*2pi*i/n) RMS of the residuals = 0.03939 09:04:06 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.121794 1/s Coil Voltage, V2 = 7.928448 V Integrated Gradient, GL = 10.13933 T 09:04:09 Coil Rotation Frequency, Fcoil = 3.122024 Hz 09:04:14 Coil Rotation Frequency, Fcoil = 3.121234 Hz 09:04:38 Coil Voltage Measurement # 52 Made, Stored in RAWFILE 09:04:42 Coil Rotation Frequency, Fcoil = 3.121429 Hz 09:04:46 Coil Rotation Frequency, Fcoil = 3.120851 Hz 09:04:46 Coil Voltage: Vfit(i) = 7.93249 * cos(2*2pi*i/n + 90.14 deg) = -7.93247 * sin(2*2pi*i/n) + -0.01996 * cos(2*2pi*i/n) RMS of the residuals = 0.03922 09:04:46 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.121385 1/s Coil Voltage, V2 = 7.932488 V Integrated Gradient, GL = 10.14582 T 09:04:46 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = 10.14514 +- 3.511955E-03 T 09:04:50 Coil Rotation Frequency, Fcoil = 3.121296 Hz 09:04:54 Coil Rotation Frequency, Fcoil = 3.121166 Hz 09:05:18 Coil Voltage Measurement # 53 Made, Stored in RAWFILE 09:05:22 Coil Rotation Frequency, Fcoil = 3.12315 Hz 09:05:26 Coil Rotation Frequency, Fcoil = 3.121305 Hz 09:05:26 Coil Voltage: Vfit(i) = 7.93394 * cos(2*2pi*i/n + 90.14 deg) = -7.93391 * sin(2*2pi*i/n) + -0.01976 * cos(2*2pi*i/n) RMS of the residuals = 0.03923 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.121729 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0428 -41.53 0.0024 41.53 0.540 2 7.9339 90.14 0.4530 -45.07 100.000 3 0.0051 125.36 0.0003 -41.79 0.065 4 0.0006 135.10 0.0000 -33.77 0.008 5 0.0012 117.53 0.0001 -23.51 0.015 6 0.0145 91.35 0.0008 -15.22 0.183 7 0.0006 109.87 0.0000 -15.70 0.008 8 0.0001 136.88 0.0000 -17.11 0.001 9 0.0017 116.12 0.0001 -12.90 0.021 10 0.0243 -89.22 0.0014 8.92 0.306 11 0.0000 87.55 0.0000 -7.96 0.000 12 0.0006 -98.39 0.0000 8.20 0.008 13 0.0017 150.34 0.0001 -11.56 0.021 14 0.0201 -89.07 0.0011 6.36 0.253 15 0.0005 -118.60 0.0000 7.91 0.006 16 0.0006 54.71 0.0000 -3.42 0.007 09:05:30 Coil Rotation Frequency, Fcoil = 3.122722 Hz 09:05:34 Coil Rotation Frequency, Fcoil = 3.122473 Hz 09:05:58 Coil Voltage Measurement # 54 Made, Stored in RAWFILE 09:06:02 Coil Rotation Frequency, Fcoil = 3.122238 Hz 09:06:06 Coil Rotation Frequency, Fcoil = 3.121246 Hz 09:06:06 Coil Voltage: Vfit(i) = 7.93411 * cos(2*2pi*i/n + 90.14 deg) = -7.93408 * sin(2*2pi*i/n) + -0.01997 * cos(2*2pi*i/n) RMS of the residuals = 0.03950 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.122169 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0428 -41.51 0.0024 41.51 0.539 2 7.9341 90.14 0.4529 -45.07 100.000 3 0.0051 122.51 0.0003 -40.84 0.065 4 0.0008 108.09 0.0000 -27.02 0.010 5 0.0013 144.79 0.0001 -28.96 0.016 6 0.0145 90.18 0.0008 -15.03 0.182 7 0.0005 120.43 0.0000 -17.20 0.006 8 0.0002 100.25 0.0000 -12.53 0.003 9 0.0015 113.48 0.0001 -12.61 0.019 10 0.0244 -88.88 0.0014 8.89 0.307 11 0.0002 -41.05 0.0000 3.73 0.002 12 0.0006 84.93 0.0000 -7.08 0.007 13 0.0017 147.36 0.0001 -11.34 0.021 14 0.0211 -88.67 0.0012 6.33 0.266 15 0.0010 -64.28 0.0001 4.29 0.012 16 0.0007 176.15 0.0000 -11.01 0.008 09:06:10 Coil Rotation Frequency, Fcoil = 3.122972 Hz 09:06:14 Coil Rotation Frequency, Fcoil = 3.122487 Hz 09:06:38 Coil Voltage Measurement # 55 Made, Stored in RAWFILE 09:06:42 Coil Rotation Frequency, Fcoil = 3.121569 Hz 09:06:46 Coil Rotation Frequency, Fcoil = 3.122357 Hz 09:06:46 Coil Voltage: Vfit(i) = 7.93428 * cos(2*2pi*i/n + 90.14 deg) = -7.93426 * sin(2*2pi*i/n) + -0.01968 * cos(2*2pi*i/n) RMS of the residuals = 0.03935 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.122346 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0429 -41.47 0.0024 41.47 0.540 2 7.9343 90.14 0.4529 -45.07 100.000 3 0.0050 122.52 0.0003 -40.84 0.063 4 0.0006 121.24 0.0000 -30.31 0.007 5 0.0016 125.38 0.0001 -25.08 0.020 6 0.0144 90.93 0.0008 -15.16 0.181 7 0.0006 127.42 0.0000 -18.20 0.008 8 0.0002 149.59 0.0000 -18.70 0.003 9 0.0016 118.64 0.0001 -13.18 0.020 10 0.0242 -89.32 0.0014 8.93 0.305 11 0.0001 153.16 0.0000 -13.92 0.001 12 0.0001 -23.95 0.0000 2.00 0.001 13 0.0017 140.00 0.0001 -10.77 0.021 14 0.0207 -90.00 0.0012 6.43 0.261 15 0.0006 -125.33 0.0000 8.36 0.007 16 0.0005 123.38 0.0000 -7.71 0.006 09:06:50 Coil Rotation Frequency, Fcoil = 3.121875 Hz 09:06:54 Coil Rotation Frequency, Fcoil = 3.121896 Hz 09:07:18 Coil Voltage Measurement # 56 Made, Stored in RAWFILE 09:07:22 Coil Rotation Frequency, Fcoil = 3.119993 Hz 09:07:26 Coil Rotation Frequency, Fcoil = 3.121593 Hz 09:07:26 Coil Voltage: Vfit(i) = 7.93391 * cos(2*2pi*i/n + 90.14 deg) = -7.93388 * sin(2*2pi*i/n) + -0.01959 * cos(2*2pi*i/n) RMS of the residuals = 0.03946 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.121339 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0428 -41.33 0.0024 41.33 0.540 2 7.9339 90.14 0.4531 -45.07 100.000 3 0.0050 123.31 0.0003 -41.10 0.062 4 0.0005 122.72 0.0000 -30.68 0.006 5 0.0012 130.44 0.0001 -26.09 0.015 6 0.0146 90.79 0.0008 -15.13 0.184 7 0.0004 101.82 0.0000 -14.55 0.006 8 0.0003 123.67 0.0000 -15.46 0.003 9 0.0017 116.01 0.0001 -12.89 0.021 10 0.0242 -89.19 0.0014 8.92 0.306 11 0.0001 1.20 0.0000 -0.11 0.002 12 0.0005 150.43 0.0000 -12.54 0.007 13 0.0013 132.01 0.0001 -10.15 0.017 14 0.0209 -87.79 0.0012 6.27 0.264 15 0.0007 -105.24 0.0000 7.02 0.009 16 0.0008 36.02 0.0000 -2.25 0.010 FIELD HARMONICS Coil Radius, Rcoil = .044646 m Coil # Turns, Nturns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 N BLn sigBLn THspole sigTH BLn/BL2 sBLn/BL2 (Tm) (Tm) (deg) (deg) (%) (%) --- --------+-------- --------+-------- --------+-------- 1 0.00245 0.00000 41.46 0.08 0.5398 0.0004 2 0.45299 0.00005 -45.07 0.00 100.0000 0.0000 3 0.00029 0.00000 -41.14 0.39 0.0636 0.0011 4 0.00003 0.00001 -30.45 2.39 0.0077 0.0013 5 0.00008 0.00001 -25.91 1.99 0.0166 0.0020 6 0.00083 0.00000 -15.14 0.07 0.1828 0.0010 7 0.00003 0.00000 -16.41 1.40 0.0068 0.0011 8 0.00001 0.00000 -15.95 2.28 0.0027 0.0008 9 0.00009 0.00000 -12.90 0.20 0.0206 0.0009 10 0.00139 0.00000 8.92 0.02 0.3060 0.0009 11 0.00001 0.00000 -4.57 6.85 0.0013 0.0008 12 0.00003 0.00001 -2.35 8.00 0.0056 0.0027 13 0.00009 0.00001 -10.96 0.55 0.0201 0.0020 14 0.00118 0.00002 6.35 0.06 0.2610 0.0047 15 0.00004 0.00001 6.89 1.58 0.0086 0.0024 16 0.00004 0.00001 -6.10 3.49 0.0079 0.0016 09:07:28 Magnet Current, Imag = 250.5172 A 09:07:28 Magnet Current Ramping to 300 A... 09:08:17 Magnet Current, Imag = 300.498 A 09:08:18 Magnet Current, Imag = 300.4966 A 09:08:19 Magnet Current, Imag = 300.497 A 09:08:21 Magnet Current, Imag = 300.4964 A 09:08:22 Magnet Current, Imag = 300.4962 A 09:08:22 Magnet Current Measurement: Imag = 300.4966 +- 2.919178E-04 A 09:08:25 Coil Rotation Frequency, Fcoil = 3.123141 Hz 09:08:29 Coil Rotation Frequency, Fcoil = 3.122636 Hz 09:08:54 Coil Voltage Measurement # 57 Made, Stored in RAWFILE 09:08:58 Coil Rotation Frequency, Fcoil = 3.122214 Hz 09:09:02 Coil Rotation Frequency, Fcoil = 3.120121 Hz 09:09:02 Coil Voltage: Vfit(i) = 9.21516 * cos(2*2pi*i/n + 90.14 deg) = -9.21513 * sin(2*2pi*i/n) + -0.02280 * cos(2*2pi*i/n) RMS of the residuals = 0.04531 09:09:02 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.122028 1/s Coil Voltage, V2 = 9.21516 V Integrated Gradient, GL = 11.78396 T 09:09:05 Coil Rotation Frequency, Fcoil = 3.121323 Hz 09:09:10 Coil Rotation Frequency, Fcoil = 3.119557 Hz 09:09:34 Coil Voltage Measurement # 58 Made, Stored in RAWFILE 09:09:38 Coil Rotation Frequency, Fcoil = 3.121118 Hz 09:09:42 Coil Rotation Frequency, Fcoil = 3.121115 Hz 09:09:42 Coil Voltage: Vfit(i) = 9.21560 * cos(2*2pi*i/n + 90.14 deg) = -9.21558 * sin(2*2pi*i/n) + -0.02274 * cos(2*2pi*i/n) RMS of the residuals = 0.04523 09:09:42 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.120778 1/s Coil Voltage, V2 = 9.2156 V Integrated Gradient, GL = 11.78924 T 09:09:45 Coil Rotation Frequency, Fcoil = 3.119694 Hz 09:09:50 Coil Rotation Frequency, Fcoil = 3.121875 Hz 09:10:14 Coil Voltage Measurement # 59 Made, Stored in RAWFILE 09:10:18 Coil Rotation Frequency, Fcoil = 3.119871 Hz 09:10:22 Coil Rotation Frequency, Fcoil = 3.120456 Hz 09:10:22 Coil Voltage: Vfit(i) = 9.21499 * cos(2*2pi*i/n + 90.14 deg) = -9.21497 * sin(2*2pi*i/n) + -0.02303 * cos(2*2pi*i/n) RMS of the residuals = 0.04553 09:10:22 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.120474 1/s Coil Voltage, V2 = 9.214993 V Integrated Gradient, GL = 11.78961 T 09:10:25 Coil Rotation Frequency, Fcoil = 3.120886 Hz 09:10:30 Coil Rotation Frequency, Fcoil = 3.121121 Hz 09:10:54 Coil Voltage Measurement # 60 Made, Stored in RAWFILE 09:10:58 Coil Rotation Frequency, Fcoil = 3.120157 Hz 09:11:02 Coil Rotation Frequency, Fcoil = 3.120207 Hz 09:11:02 Coil Voltage: Vfit(i) = 9.21450 * cos(2*2pi*i/n + 90.14 deg) = -9.21447 * sin(2*2pi*i/n) + -0.02313 * cos(2*2pi*i/n) RMS of the residuals = 0.04554 09:11:02 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.120593 1/s Coil Voltage, V2 = 9.2145 V Integrated Gradient, GL = 11.78853 T 09:11:02 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = 11.78784 +- 2.271635E-03 T 09:11:06 Coil Rotation Frequency, Fcoil = 3.119655 Hz 09:11:10 Coil Rotation Frequency, Fcoil = 3.1187 Hz 09:11:34 Coil Voltage Measurement # 61 Made, Stored in RAWFILE 09:11:38 Coil Rotation Frequency, Fcoil = 3.120343 Hz 09:11:42 Coil Rotation Frequency, Fcoil = 3.119875 Hz 09:11:42 Coil Voltage: Vfit(i) = 9.21319 * cos(2*2pi*i/n + 90.14 deg) = -9.21316 * sin(2*2pi*i/n) + -0.02310 * cos(2*2pi*i/n) RMS of the residuals = 0.04534 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.119643 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0499 -44.03 0.0029 44.03 0.542 2 9.2132 90.14 0.5264 -45.07 100.000 3 0.0048 124.58 0.0003 -41.53 0.052 4 0.0005 118.79 0.0000 -29.70 0.005 5 0.0020 129.82 0.0001 -25.96 0.022 6 0.0124 90.40 0.0007 -15.07 0.135 7 0.0008 106.08 0.0000 -15.15 0.008 8 0.0001 118.16 0.0000 -14.77 0.001 9 0.0022 125.68 0.0001 -13.96 0.024 10 0.0293 -88.64 0.0017 8.86 0.318 11 0.0006 171.60 0.0000 -15.60 0.006 12 0.0002 144.04 0.0000 -12.00 0.002 13 0.0019 137.66 0.0001 -10.59 0.020 14 0.0238 -89.37 0.0014 6.38 0.258 15 0.0009 -129.75 0.0001 8.65 0.010 16 0.0002 93.25 0.0000 -5.83 0.002 09:11:46 Coil Rotation Frequency, Fcoil = 3.121133 Hz 09:11:50 Coil Rotation Frequency, Fcoil = 3.120391 Hz 09:12:14 Coil Voltage Measurement # 62 Made, Stored in RAWFILE 09:12:18 Coil Rotation Frequency, Fcoil = 3.122541 Hz 09:12:22 Coil Rotation Frequency, Fcoil = 3.121929 Hz 09:12:22 Coil Voltage: Vfit(i) = 9.21565 * cos(2*2pi*i/n + 90.14 deg) = -9.21562 * sin(2*2pi*i/n) + -0.02331 * cos(2*2pi*i/n) RMS of the residuals = 0.04546 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.121498 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0500 -43.94 0.0029 43.94 0.542 2 9.2156 90.14 0.5262 -45.07 100.000 3 0.0048 121.77 0.0003 -40.59 0.052 4 0.0008 144.17 0.0000 -36.04 0.008 5 0.0013 139.32 0.0001 -27.86 0.014 6 0.0127 90.83 0.0007 -15.14 0.138 7 0.0008 102.46 0.0000 -14.64 0.008 8 0.0002 108.30 0.0000 -13.54 0.002 9 0.0021 121.89 0.0001 -13.54 0.023 10 0.0295 -89.10 0.0017 8.91 0.320 11 0.0002 -143.81 0.0000 13.07 0.002 12 0.0004 -101.50 0.0000 8.46 0.005 13 0.0019 142.13 0.0001 -10.93 0.021 14 0.0239 -88.00 0.0014 6.29 0.259 15 0.0004 -151.20 0.0000 10.08 0.005 16 0.0004 80.53 0.0000 -5.03 0.004 09:12:26 Coil Rotation Frequency, Fcoil = 3.121305 Hz 09:12:30 Coil Rotation Frequency, Fcoil = 3.121715 Hz 09:12:55 Coil Voltage Measurement # 63 Made, Stored in RAWFILE 09:12:58 Coil Rotation Frequency, Fcoil = 3.119806 Hz 09:13:02 Coil Rotation Frequency, Fcoil = 3.12005 Hz 09:13:03 Coil Voltage: Vfit(i) = 9.21957 * cos(2*2pi*i/n + 90.14 deg) = -9.21955 * sin(2*2pi*i/n) + -0.02326 * cos(2*2pi*i/n) RMS of the residuals = 0.04556 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.120719 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0501 -44.03 0.0029 44.03 0.543 2 9.2196 90.14 0.5266 -45.07 100.000 3 0.0048 119.94 0.0003 -39.98 0.052 4 0.0008 108.22 0.0000 -27.05 0.009 5 0.0019 144.83 0.0001 -28.97 0.021 6 0.0125 90.50 0.0007 -15.08 0.135 7 0.0008 125.87 0.0000 -17.98 0.008 8 0.0002 94.43 0.0000 -11.80 0.002 9 0.0018 111.67 0.0001 -12.41 0.019 10 0.0291 -89.13 0.0017 8.91 0.316 11 0.0002 13.08 0.0000 -1.19 0.002 12 0.0006 109.45 0.0000 -9.12 0.006 13 0.0019 139.57 0.0001 -10.74 0.020 14 0.0246 -89.71 0.0014 6.41 0.267 15 0.0011 -114.12 0.0001 7.61 0.012 16 0.0002 7.34 0.0000 -0.46 0.003 09:13:06 Coil Rotation Frequency, Fcoil = 3.119735 Hz 09:13:10 Coil Rotation Frequency, Fcoil = 3.121035 Hz 09:13:35 Coil Voltage Measurement # 64 Made, Stored in RAWFILE 09:13:38 Coil Rotation Frequency, Fcoil = 3.122469 Hz 09:13:43 Coil Rotation Frequency, Fcoil = 3.121513 Hz 09:13:43 Coil Voltage: Vfit(i) = 9.21783 * cos(2*2pi*i/n + 90.14 deg) = -9.21780 * sin(2*2pi*i/n) + -0.02278 * cos(2*2pi*i/n) RMS of the residuals = 0.04568 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.121188 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0501 -43.94 0.0029 43.94 0.544 2 9.2178 90.14 0.5264 -45.07 100.000 3 0.0044 119.26 0.0003 -39.75 0.048 4 0.0006 108.74 0.0000 -27.18 0.006 5 0.0017 124.55 0.0001 -24.91 0.019 6 0.0126 91.09 0.0007 -15.18 0.137 7 0.0008 103.72 0.0000 -14.82 0.008 8 0.0000 -105.55 0.0000 13.19 0.000 9 0.0019 120.31 0.0001 -13.37 0.021 10 0.0294 -89.07 0.0017 8.91 0.319 11 0.0002 -176.46 0.0000 16.04 0.002 12 0.0007 70.19 0.0000 -5.85 0.007 13 0.0014 150.86 0.0001 -11.60 0.016 14 0.0245 -90.60 0.0014 6.47 0.266 15 0.0008 -108.09 0.0000 7.21 0.009 16 0.0002 90.98 0.0000 -5.69 0.002 FIELD HARMONICS Coil Radius, Rcoil = .044646 m Coil # Turns, Nturns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 N BLn sigBLn THspole sigTH BLn/BL2 sBLn/BL2 (Tm) (Tm) (deg) (deg) (%) (%) --- --------+-------- --------+-------- --------+-------- 1 0.00286 0.00000 43.98 0.04 0.5426 0.0007 2 0.52640 0.00013 -45.07 0.00 100.0000 0.0000 3 0.00027 0.00001 -40.46 0.69 0.0509 0.0019 4 0.00004 0.00001 -29.99 3.65 0.0071 0.0015 5 0.00010 0.00002 -26.93 1.58 0.0190 0.0030 6 0.00072 0.00001 -15.12 0.05 0.1364 0.0013 7 0.00004 0.00000 -15.65 1.36 0.0084 0.0001 8 0.00001 0.00000 -6.73 11.55 0.0011 0.0008 9 0.00011 0.00001 -13.32 0.57 0.0217 0.0018 10 0.00167 0.00001 8.90 0.02 0.3181 0.0016 11 0.00002 0.00001 3.08 12.60 0.0032 0.0017 12 0.00003 0.00001 -4.63 7.86 0.0050 0.0021 13 0.00010 0.00001 -10.97 0.39 0.0193 0.0021 14 0.00138 0.00002 6.39 0.07 0.2625 0.0039 15 0.00005 0.00001 8.39 1.11 0.0089 0.0028 16 0.00002 0.00000 -4.25 2.21 0.0029 0.0009 09:13:44 Magnet Current, Imag = 300.513 A 09:13:44 Magnet Current Ramping to 350 A... 09:14:33 Magnet Current, Imag = 350.5052 A 09:14:34 Magnet Current, Imag = 350.5066 A 09:14:36 Magnet Current, Imag = 350.507 A 09:14:37 Magnet Current, Imag = 350.5056 A 09:14:38 Magnet Current, Imag = 350.5076 A 09:14:38 Magnet Current Measurement: Imag = 350.5067 +- 7.359104E-04 A 09:14:42 Coil Rotation Frequency, Fcoil = 3.122707 Hz 09:14:46 Coil Rotation Frequency, Fcoil = 3.121 Hz 09:15:10 Coil Voltage Measurement # 65 Made, Stored in RAWFILE 09:15:14 Coil Rotation Frequency, Fcoil = 3.12326 Hz 09:15:18 Coil Rotation Frequency, Fcoil = 3.122032 Hz 09:15:18 Coil Voltage: Vfit(i) = 10.11476 * cos(2*2pi*i/n + 90.14 deg) = %-10.11473 * sin(2*2pi*i/n) + -0.02525 * cos(2*2pi*i/n) RMS of the residuals = 0.04978 09:15:18 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.12225 1/s Coil Voltage, V2 = 10.11476 V Integrated Gradient, GL = 12.9334 T 09:15:22 Coil Rotation Frequency, Fcoil = 3.12018 Hz 09:15:26 Coil Rotation Frequency, Fcoil = 3.121917 Hz 09:15:50 Coil Voltage Measurement # 66 Made, Stored in RAWFILE 09:15:54 Coil Rotation Frequency, Fcoil = 3.122636 Hz 09:15:58 Coil Rotation Frequency, Fcoil = 3.122799 Hz 09:15:59 Coil Voltage: Vfit(i) = 10.11718 * cos(2*2pi*i/n + 90.14 deg) = %-10.11714 * sin(2*2pi*i/n) + -0.02529 * cos(2*2pi*i/n) RMS of the residuals = 0.04951 09:15:59 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.121883 1/s Coil Voltage, V2 = 10.11717 V Integrated Gradient, GL = 12.93802 T 09:16:02 Coil Rotation Frequency, Fcoil = 3.122175 Hz 09:16:06 Coil Rotation Frequency, Fcoil = 3.122942 Hz 09:16:31 Coil Voltage Measurement # 67 Made, Stored in RAWFILE 09:16:35 Coil Rotation Frequency, Fcoil = 3.123424 Hz 09:16:39 Coil Rotation Frequency, Fcoil = 3.122374 Hz 09:16:39 Coil Voltage: Vfit(i) = 10.11507 * cos(2*2pi*i/n + 90.14 deg) = %-10.11504 * sin(2*2pi*i/n) + -0.02541 * cos(2*2pi*i/n) RMS of the residuals = 0.04978 09:16:39 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.122729 1/s Coil Voltage, V2 = 10.11507 V Integrated Gradient, GL = 12.93182 T 09:16:42 Coil Rotation Frequency, Fcoil = 3.123141 Hz 09:16:46 Coil Rotation Frequency, Fcoil = 3.12029 Hz 09:17:11 Coil Voltage Measurement # 68 Made, Stored in RAWFILE 09:17:15 Coil Rotation Frequency, Fcoil = 3.122672 Hz 09:17:19 Coil Rotation Frequency, Fcoil = 3.121575 Hz 09:17:19 Coil Voltage: Vfit(i) = 10.11681 * cos(2*2pi*i/n + 90.14 deg) = %-10.11678 * sin(2*2pi*i/n) + -0.02548 * cos(2*2pi*i/n) RMS of the residuals = 0.05004 09:17:19 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.121919 1/s Coil Voltage, V2 = 10.11681 V Integrated Gradient, GL = 12.9374 T 09:17:19 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = 12.93516 +- 2.616356E-03 T 09:17:22 Coil Rotation Frequency, Fcoil = 3.122764 Hz 09:17:26 Coil Rotation Frequency, Fcoil = 3.12225 Hz 09:17:51 Coil Voltage Measurement # 69 Made, Stored in RAWFILE 09:17:55 Coil Rotation Frequency, Fcoil = 3.123144 Hz 09:17:59 Coil Rotation Frequency, Fcoil = 3.123201 Hz 09:17:59 Coil Voltage: Vfit(i) = 10.11868 * cos(2*2pi*i/n + 90.15 deg) = %-10.11864 * sin(2*2pi*i/n) + -0.02580 * cos(2*2pi*i/n) RMS of the residuals = 0.04990 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.122839 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0551 -46.33 0.0031 46.33 0.545 2 10.1187 90.15 0.5775 -45.07 100.000 3 0.0036 121.27 0.0002 -40.42 0.036 4 0.0008 106.80 0.0000 -26.70 0.008 5 0.0023 146.67 0.0001 -29.33 0.023 6 0.0083 88.49 0.0005 -14.75 0.082 7 0.0009 127.25 0.0001 -18.18 0.009 8 0.0004 29.31 0.0000 -3.66 0.004 9 0.0022 120.79 0.0001 -13.42 0.022 10 0.0334 -88.92 0.0019 8.89 0.330 11 0.0003 -83.44 0.0000 7.59 0.003 12 0.0010 105.57 0.0001 -8.80 0.010 13 0.0019 141.25 0.0001 -10.87 0.019 14 0.0268 -87.73 0.0015 6.27 0.265 15 0.0009 -85.75 0.0001 5.72 0.009 16 0.0007 125.73 0.0000 -7.86 0.007 09:18:02 Coil Rotation Frequency, Fcoil = 3.12246 Hz 09:18:06 Coil Rotation Frequency, Fcoil = 3.122383 Hz 09:18:31 Coil Voltage Measurement # 70 Made, Stored in RAWFILE 09:18:35 Coil Rotation Frequency, Fcoil = 3.12304 Hz 09:18:39 Coil Rotation Frequency, Fcoil = 3.121763 Hz 09:18:39 Coil Voltage: Vfit(i) = 10.11702 * cos(2*2pi*i/n + 90.15 deg) = %-10.11699 * sin(2*2pi*i/n) + -0.02562 * cos(2*2pi*i/n) RMS of the residuals = 0.04961 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.122411 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0551 -46.43 0.0031 46.43 0.545 2 10.1170 90.15 0.5775 -45.07 100.000 3 0.0039 120.74 0.0002 -40.25 0.038 4 0.0007 152.88 0.0000 -38.22 0.007 5 0.0020 128.39 0.0001 -25.68 0.019 6 0.0081 91.51 0.0005 -15.25 0.080 7 0.0010 122.06 0.0001 -17.44 0.010 8 0.0002 48.13 0.0000 -6.02 0.002 9 0.0023 119.06 0.0001 -13.23 0.023 10 0.0337 -89.56 0.0019 8.96 0.333 11 0.0002 -136.26 0.0000 12.39 0.002 12 0.0004 -120.14 0.0000 10.01 0.004 13 0.0019 134.57 0.0001 -10.35 0.019 14 0.0255 -88.55 0.0015 6.33 0.252 15 0.0012 -65.57 0.0001 4.37 0.012 16 0.0006 -170.65 0.0000 10.67 0.006 09:18:42 Coil Rotation Frequency, Fcoil = 3.121688 Hz 09:18:46 Coil Rotation Frequency, Fcoil = 3.122698 Hz 09:19:11 Coil Voltage Measurement # 71 Made, Stored in RAWFILE 09:19:15 Coil Rotation Frequency, Fcoil = 3.122799 Hz 09:19:19 Coil Rotation Frequency, Fcoil = 3.122395 Hz 09:19:19 Coil Voltage: Vfit(i) = 10.11750 * cos(2*2pi*i/n + 90.15 deg) = %-10.11746 * sin(2*2pi*i/n) + -0.02584 * cos(2*2pi*i/n) RMS of the residuals = 0.04996 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.122395 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0554 -46.04 0.0032 46.04 0.547 2 10.1175 90.15 0.5776 -45.07 100.000 3 0.0043 116.36 0.0002 -38.79 0.042 4 0.0012 126.89 0.0001 -31.72 0.012 5 0.0018 144.73 0.0001 -28.95 0.018 6 0.0084 89.66 0.0005 -14.94 0.083 7 0.0010 116.06 0.0001 -16.58 0.009 8 0.0002 5.21 0.0000 -0.65 0.002 9 0.0021 112.52 0.0001 -12.50 0.021 10 0.0339 -89.31 0.0019 8.93 0.335 11 0.0001 -108.79 0.0000 9.89 0.001 12 0.0004 -66.55 0.0000 5.55 0.004 13 0.0018 146.36 0.0001 -11.26 0.018 14 0.0259 -89.14 0.0015 6.37 0.256 15 0.0001 -160.37 0.0000 10.69 0.001 16 0.0005 97.33 0.0000 -6.08 0.005 09:19:22 Coil Rotation Frequency, Fcoil = 3.122674 Hz 09:19:26 Coil Rotation Frequency, Fcoil = 3.122713 Hz 09:19:51 Coil Voltage Measurement # 72 Made, Stored in RAWFILE 09:19:55 Coil Rotation Frequency, Fcoil = 3.122374 Hz 09:19:59 Coil Rotation Frequency, Fcoil = 3.121961 Hz 09:19:59 Coil Voltage: Vfit(i) = 10.12117 * cos(2*2pi*i/n + 90.15 deg) = %-10.12113 * sin(2*2pi*i/n) + -0.02584 * cos(2*2pi*i/n) RMS of the residuals = 0.05014 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.122431 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0553 -46.07 0.0032 46.07 0.546 2 10.1212 90.15 0.5778 -45.07 100.000 3 0.0041 113.03 0.0002 -37.68 0.040 4 0.0008 114.67 0.0000 -28.67 0.008 5 0.0023 139.30 0.0001 -27.86 0.023 6 0.0081 89.72 0.0005 -14.95 0.080 7 0.0010 119.93 0.0001 -17.13 0.010 8 0.0005 19.47 0.0000 -2.43 0.005 9 0.0020 122.17 0.0001 -13.57 0.020 10 0.0332 -89.62 0.0019 8.96 0.328 11 0.0005 -116.42 0.0000 10.58 0.005 12 0.0010 99.31 0.0001 -8.28 0.010 13 0.0022 148.96 0.0001 -11.46 0.022 14 0.0275 -88.34 0.0016 6.31 0.272 15 0.0013 -83.89 0.0001 5.59 0.013 16 0.0004 -117.61 0.0000 7.35 0.004 FIELD HARMONICS Coil Radius, Rcoil = .044646 m Coil # Turns, Nturns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 N BLn sigBLn THspole sigTH BLn/BL2 sBLn/BL2 (Tm) (Tm) (deg) (deg) (%) (%) --- --------+-------- --------+-------- --------+-------- 1 0.00315 0.00001 46.22 0.17 0.5457 0.0012 2 0.57759 0.00009 -45.07 0.00 100.0000 0.0000 3 0.00023 0.00001 -39.28 1.12 0.0391 0.0025 4 0.00005 0.00001 -31.33 4.36 0.0088 0.0018 5 0.00012 0.00001 -27.95 1.42 0.0207 0.0022 6 0.00047 0.00001 -14.97 0.18 0.0815 0.0014 7 0.00005 0.00000 -17.33 0.58 0.0095 0.0005 8 0.00002 0.00001 -3.19 1.95 0.0032 0.0013 9 0.00012 0.00001 -13.18 0.41 0.0215 0.0012 10 0.00192 0.00001 8.94 0.03 0.3316 0.0025 11 0.00002 0.00001 10.11 1.72 0.0027 0.0013 12 0.00004 0.00002 -0.38 8.31 0.0071 0.0030 13 0.00011 0.00001 -10.98 0.42 0.0196 0.0016 14 0.00151 0.00005 6.32 0.04 0.2610 0.0079 15 0.00005 0.00003 6.59 2.42 0.0088 0.0049 16 0.00003 0.00001 1.02 8.10 0.0054 0.0010 09:20:01 Magnet Current, Imag = 350.5298 A 09:20:01 Magnet Current Ramping to 300 A... 09:20:49 Magnet Current, Imag = 300.541 A 09:20:51 Magnet Current, Imag = 300.5406 A 09:20:52 Magnet Current, Imag = 300.5392 A 09:20:53 Magnet Current, Imag = 300.5372 A 09:20:55 Magnet Current, Imag = 300.5392 A 09:20:55 Magnet Current Measurement: Imag = 300.5391 +- 1.208338E-03 A 09:20:58 Coil Rotation Frequency, Fcoil = 3.123858 Hz 09:21:02 Coil Rotation Frequency, Fcoil = 3.123453 Hz 09:21:27 Coil Voltage Measurement # 73 Made, Stored in RAWFILE 09:21:31 Coil Rotation Frequency, Fcoil = 3.122169 Hz 09:21:35 Coil Rotation Frequency, Fcoil = 3.122678 Hz 09:21:35 Coil Voltage: Vfit(i) = 9.25913 * cos(2*2pi*i/n + 90.14 deg) = -9.25910 * sin(2*2pi*i/n) + -0.02334 * cos(2*2pi*i/n) RMS of the residuals = 0.04597 09:21:35 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.123039 1/s Coil Voltage, V2 = 9.259124 V Integrated Gradient, GL = 11.83634 T 09:21:38 Coil Rotation Frequency, Fcoil = 3.123064 Hz 09:21:42 Coil Rotation Frequency, Fcoil = 3.121857 Hz 09:22:07 Coil Voltage Measurement # 74 Made, Stored in RAWFILE 09:22:11 Coil Rotation Frequency, Fcoil = 3.124434 Hz 09:22:15 Coil Rotation Frequency, Fcoil = 3.12307 Hz 09:22:15 Coil Voltage: Vfit(i) = 9.25986 * cos(2*2pi*i/n + 90.14 deg) = -9.25983 * sin(2*2pi*i/n) + -0.02342 * cos(2*2pi*i/n) RMS of the residuals = 0.04597 09:22:15 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.123106 1/s Coil Voltage, V2 = 9.259856 V Integrated Gradient, GL = 11.83702 T 09:22:18 Coil Rotation Frequency, Fcoil = 3.123929 Hz 09:22:22 Coil Rotation Frequency, Fcoil = 3.122208 Hz 09:22:47 Coil Voltage Measurement # 75 Made, Stored in RAWFILE 09:22:51 Coil Rotation Frequency, Fcoil = 3.124066 Hz 09:22:55 Coil Rotation Frequency, Fcoil = 3.123736 Hz 09:22:55 Coil Voltage: Vfit(i) = 9.26167 * cos(2*2pi*i/n + 90.15 deg) = -9.26164 * sin(2*2pi*i/n) + -0.02348 * cos(2*2pi*i/n) RMS of the residuals = 0.04601 09:22:55 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.123485 1/s Coil Voltage, V2 = 9.261664 V Integrated Gradient, GL = 11.8379 T 09:22:58 Coil Rotation Frequency, Fcoil = 3.124078 Hz 09:23:02 Coil Rotation Frequency, Fcoil = 3.123132 Hz 09:23:27 Coil Voltage Measurement # 76 Made, Stored in RAWFILE 09:23:31 Coil Rotation Frequency, Fcoil = 3.12304 Hz 09:23:35 Coil Rotation Frequency, Fcoil = 3.124042 Hz 09:23:35 Coil Voltage: Vfit(i) = 9.26101 * cos(2*2pi*i/n + 90.15 deg) = -9.26098 * sin(2*2pi*i/n) + -0.02347 * cos(2*2pi*i/n) RMS of the residuals = 0.04608 09:23:35 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.123573 1/s Coil Voltage, V2 = 9.261008 V Integrated Gradient, GL = 11.83673 T 09:23:35 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = 11.837 +- 5.747544E-04 T 09:23:36 Magnet Current, Imag = 300.5422 A 09:23:36 Magnet Current Ramping to 250 A... 09:24:25 Magnet Current, Imag = 250.5594 A 09:24:26 Magnet Current, Imag = 250.559 A 09:24:28 Magnet Current, Imag = 250.559 A 09:24:29 Magnet Current, Imag = 250.559 A 09:24:30 Magnet Current, Imag = 250.5612 A 09:24:30 Magnet Current Measurement: Imag = 250.5595 +- 9.44906E-04 A 09:24:33 Coil Rotation Frequency, Fcoil = 3.1234 Hz 09:24:38 Coil Rotation Frequency, Fcoil = 3.123106 Hz 09:25:02 Coil Voltage Measurement # 77 Made, Stored in RAWFILE 09:25:06 Coil Rotation Frequency, Fcoil = 3.123724 Hz 09:25:10 Coil Rotation Frequency, Fcoil = 3.122633 Hz 09:25:10 Coil Voltage: Vfit(i) = 7.99705 * cos(2*2pi*i/n + 90.15 deg) = -7.99702 * sin(2*2pi*i/n) + -0.02055 * cos(2*2pi*i/n) RMS of the residuals = 0.04017 09:25:11 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.123215 1/s Coil Voltage, V2 = 7.997049 V Integrated Gradient, GL = 10.2224 T 09:25:14 Coil Rotation Frequency, Fcoil = 3.122683 Hz 09:25:18 Coil Rotation Frequency, Fcoil = 3.123183 Hz 09:25:42 Coil Voltage Measurement # 78 Made, Stored in RAWFILE 09:25:46 Coil Rotation Frequency, Fcoil = 3.124851 Hz 09:25:50 Coil Rotation Frequency, Fcoil = 3.123548 Hz 09:25:50 Coil Voltage: Vfit(i) = 7.99778 * cos(2*2pi*i/n + 90.15 deg) = -7.99775 * sin(2*2pi*i/n) + -0.02057 * cos(2*2pi*i/n) RMS of the residuals = 0.04014 09:25:51 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.123566 1/s Coil Voltage, V2 = 7.997774 V Integrated Gradient, GL = 10.22218 T 09:25:54 Coil Rotation Frequency, Fcoil = 3.123632 Hz 09:25:58 Coil Rotation Frequency, Fcoil = 3.123995 Hz 09:26:22 Coil Voltage Measurement # 79 Made, Stored in RAWFILE 09:26:26 Coil Rotation Frequency, Fcoil = 3.123201 Hz 09:26:30 Coil Rotation Frequency, Fcoil = 3.122808 Hz 09:26:30 Coil Voltage: Vfit(i) = 7.99800 * cos(2*2pi*i/n + 90.15 deg) = -7.99798 * sin(2*2pi*i/n) + -0.02052 * cos(2*2pi*i/n) RMS of the residuals = 0.04003 09:26:31 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.123409 1/s Coil Voltage, V2 = 7.998 V Integrated Gradient, GL = 10.22298 T 09:26:34 Coil Rotation Frequency, Fcoil = 3.123115 Hz 09:26:38 Coil Rotation Frequency, Fcoil = 3.122894 Hz 09:27:02 Coil Voltage Measurement # 80 Made, Stored in RAWFILE 09:27:06 Coil Rotation Frequency, Fcoil = 3.124131 Hz 09:27:10 Coil Rotation Frequency, Fcoil = 3.122782 Hz 09:27:11 Coil Voltage: Vfit(i) = 7.99816 * cos(2*2pi*i/n + 90.15 deg) = -7.99813 * sin(2*2pi*i/n) + -0.02028 * cos(2*2pi*i/n) RMS of the residuals = 0.04009 09:27:11 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.12323 1/s Coil Voltage, V2 = 7.998158 V Integrated Gradient, GL = 10.22377 T 09:27:11 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = 10.22283 +- 6.152453E-04 T 09:27:12 Magnet Current, Imag = 250.5596 A 09:27:12 Magnet Current Ramping to 200 A... 09:28:01 Magnet Current, Imag = 200.4436 A 09:28:02 Magnet Current, Imag = 200.4442 A 09:28:03 Magnet Current, Imag = 200.4446 A 09:28:05 Magnet Current, Imag = 200.4458 A 09:28:06 Magnet Current, Imag = 200.4444 A 09:28:06 Magnet Current Measurement: Imag = 200.4447 +- 6.229531E-04 A 09:28:09 Coil Rotation Frequency, Fcoil = 3.122924 Hz 09:28:13 Coil Rotation Frequency, Fcoil = 3.122457 Hz 09:28:38 Coil Voltage Measurement # 81 Made, Stored in RAWFILE 09:28:42 Coil Rotation Frequency, Fcoil = 3.121326 Hz 09:28:46 Coil Rotation Frequency, Fcoil = 3.122012 Hz 09:28:46 Coil Voltage: Vfit(i) = 6.45053 * cos(2*2pi*i/n + 90.14 deg) = -6.45051 * sin(2*2pi*i/n) + -0.01622 * cos(2*2pi*i/n) RMS of the residuals = 0.03272 09:28:46 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.12218 1/s Coil Voltage, V2 = 6.45053 V Integrated Gradient, GL = 8.248264 T 09:28:49 Coil Rotation Frequency, Fcoil = 3.122856 Hz 09:28:54 Coil Rotation Frequency, Fcoil = 3.122392 Hz 09:29:18 Coil Voltage Measurement # 82 Made, Stored in RAWFILE 09:29:22 Coil Rotation Frequency, Fcoil = 3.123798 Hz 09:29:26 Coil Rotation Frequency, Fcoil = 3.123046 Hz 09:29:26 Coil Voltage: Vfit(i) = 6.45045 * cos(2*2pi*i/n + 90.14 deg) = -6.45043 * sin(2*2pi*i/n) + -0.01609 * cos(2*2pi*i/n) RMS of the residuals = 0.03263 09:29:26 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.123023 1/s Coil Voltage, V2 = 6.450448 V Integrated Gradient, GL = 8.245933 T 09:29:29 Coil Rotation Frequency, Fcoil = 3.123992 Hz 09:29:33 Coil Rotation Frequency, Fcoil = 3.122734 Hz 09:29:58 Coil Voltage Measurement # 83 Made, Stored in RAWFILE 09:30:02 Coil Rotation Frequency, Fcoil = 3.122666 Hz 09:30:06 Coil Rotation Frequency, Fcoil = 3.12159 Hz 09:30:06 Coil Voltage: Vfit(i) = 6.44972 * cos(2*2pi*i/n + 90.14 deg) = -6.44970 * sin(2*2pi*i/n) + -0.01626 * cos(2*2pi*i/n) RMS of the residuals = 0.03251 09:30:06 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.122745 1/s Coil Voltage, V2 = 6.449723 V Integrated Gradient, GL = 8.245739 T 09:30:09 Coil Rotation Frequency, Fcoil = 3.12282 Hz 09:30:13 Coil Rotation Frequency, Fcoil = 3.123248 Hz 09:30:38 Coil Voltage Measurement # 84 Made, Stored in RAWFILE 09:30:42 Coil Rotation Frequency, Fcoil = 3.12277 Hz 09:30:46 Coil Rotation Frequency, Fcoil = 3.123025 Hz 09:30:46 Coil Voltage: Vfit(i) = 6.44956 * cos(2*2pi*i/n + 90.14 deg) = -6.44954 * sin(2*2pi*i/n) + -0.01606 * cos(2*2pi*i/n) RMS of the residuals = 0.03247 09:30:46 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.122966 1/s Coil Voltage, V2 = 6.449558 V Integrated Gradient, GL = 8.244946 T 09:30:46 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = 8.246221 +- 1.236678E-03 T 09:30:48 Magnet Current, Imag = 200.4438 A 09:30:48 Magnet Current Ramping to 150 A... 09:31:36 Magnet Current, Imag = 150.1704 A 09:31:38 Magnet Current, Imag = 150.1686 A 09:31:39 Magnet Current, Imag = 150.168 A 09:31:40 Magnet Current, Imag = 150.1674 A 09:31:42 Magnet Current, Imag = 150.169 A 09:31:42 Magnet Current Measurement: Imag = 150.1683 +- 6.060448E-04 A 09:31:45 Coil Rotation Frequency, Fcoil = 3.123459 Hz 09:31:49 Coil Rotation Frequency, Fcoil = 3.123207 Hz 09:32:14 Coil Voltage Measurement # 85 Made, Stored in RAWFILE 09:32:17 Coil Rotation Frequency, Fcoil = 3.122945 Hz 09:32:22 Coil Rotation Frequency, Fcoil = 3.12307 Hz 09:32:22 Coil Voltage: Vfit(i) = 4.85327 * cos(2*2pi*i/n + 90.14 deg) = -4.85326 * sin(2*2pi*i/n) + -0.01224 * cos(2*2pi*i/n) RMS of the residuals = 0.02446 09:32:22 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.12317 1/s Coil Voltage, V2 = 4.853273 V Integrated Gradient, GL = 6.203891 T 09:32:25 Coil Rotation Frequency, Fcoil = 3.122829 Hz 09:32:29 Coil Rotation Frequency, Fcoil = 3.123338 Hz 09:32:54 Coil Voltage Measurement # 86 Made, Stored in RAWFILE 09:32:57 Coil Rotation Frequency, Fcoil = 3.123272 Hz 09:33:02 Coil Rotation Frequency, Fcoil = 3.124735 Hz 09:33:02 Coil Voltage: Vfit(i) = 4.85244 * cos(2*2pi*i/n + 90.15 deg) = -4.85243 * sin(2*2pi*i/n) + -0.01237 * cos(2*2pi*i/n) RMS of the residuals = 0.02464 09:33:02 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.123544 1/s Coil Voltage, V2 = 4.852443 V Integrated Gradient, GL = 6.202089 T 09:33:05 Coil Rotation Frequency, Fcoil = 3.123685 Hz 09:33:09 Coil Rotation Frequency, Fcoil = 3.124176 Hz 09:33:33 Coil Voltage Measurement # 87 Made, Stored in RAWFILE 09:33:37 Coil Rotation Frequency, Fcoil = 3.121925 Hz 09:33:41 Coil Rotation Frequency, Fcoil = 3.124117 Hz 09:33:41 Coil Voltage: Vfit(i) = 4.85255 * cos(2*2pi*i/n + 90.14 deg) = -4.85254 * sin(2*2pi*i/n) + -0.01207 * cos(2*2pi*i/n) RMS of the residuals = 0.02452 09:33:41 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.123476 1/s Coil Voltage, V2 = 4.852553 V Integrated Gradient, GL = 6.202363 T 09:33:44 Coil Rotation Frequency, Fcoil = 3.125077 Hz 09:33:49 Coil Rotation Frequency, Fcoil = 3.124221 Hz 09:34:13 Coil Voltage Measurement # 88 Made, Stored in RAWFILE 09:34:17 Coil Rotation Frequency, Fcoil = 3.125039 Hz 09:34:21 Coil Rotation Frequency, Fcoil = 3.124652 Hz 09:34:21 Coil Voltage: Vfit(i) = 4.85318 * cos(2*2pi*i/n + 90.14 deg) = -4.85317 * sin(2*2pi*i/n) + -0.01208 * cos(2*2pi*i/n) RMS of the residuals = 0.02466 09:34:21 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.124747 1/s Coil Voltage, V2 = 4.853182 V Integrated Gradient, GL = 6.200644 T 09:34:21 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = 6.202247 +- 1.152532E-03 T 09:34:23 Magnet Current, Imag = 150.1626 A 09:34:23 Magnet Current Ramping to 100 A... 09:35:11 Magnet Current, Imag = 100.1256 A 09:35:13 Magnet Current, Imag = 100.1258 A 09:35:14 Magnet Current, Imag = 100.1222 A 09:35:15 Magnet Current, Imag = 100.1224 A 09:35:17 Magnet Current, Imag = 100.126 A 09:35:17 Magnet Current Measurement: Imag = 100.1241 +- 1.803485E-03 A 09:35:20 Coil Rotation Frequency, Fcoil = 3.124295 Hz 09:35:24 Coil Rotation Frequency, Fcoil = 3.125268 Hz 09:35:49 Coil Voltage Measurement # 89 Made, Stored in RAWFILE 09:35:53 Coil Rotation Frequency, Fcoil = 3.125062 Hz 09:35:57 Coil Rotation Frequency, Fcoil = 3.124777 Hz 09:35:57 Coil Voltage: Vfit(i) = 3.24871 * cos(2*2pi*i/n + 90.14 deg) = -3.24870 * sin(2*2pi*i/n) + -0.00794 * cos(2*2pi*i/n) RMS of the residuals = 0.01650 09:35:57 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.124851 1/s Coil Voltage, V2 = 3.248708 V Integrated Gradient, GL = 4.150558 T 09:36:00 Coil Rotation Frequency, Fcoil = 3.124125 Hz 09:36:04 Coil Rotation Frequency, Fcoil = 3.125432 Hz 09:36:29 Coil Voltage Measurement # 90 Made, Stored in RAWFILE 09:36:33 Coil Rotation Frequency, Fcoil = 3.124899 Hz 09:36:37 Coil Rotation Frequency, Fcoil = 3.124251 Hz 09:36:37 Coil Voltage: Vfit(i) = 3.24971 * cos(2*2pi*i/n + 90.14 deg) = -3.24970 * sin(2*2pi*i/n) + -0.00798 * cos(2*2pi*i/n) RMS of the residuals = 0.01656 09:36:37 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.124677 1/s Coil Voltage, V2 = 3.24971 V Integrated Gradient, GL = 4.152069 T 09:36:40 Coil Rotation Frequency, Fcoil = 3.123991 Hz 09:36:44 Coil Rotation Frequency, Fcoil = 3.124482 Hz 09:37:09 Coil Voltage Measurement # 91 Made, Stored in RAWFILE 09:37:13 Coil Rotation Frequency, Fcoil = 3.124524 Hz 09:37:17 Coil Rotation Frequency, Fcoil = 3.125938 Hz 09:37:17 Coil Voltage: Vfit(i) = 3.24914 * cos(2*2pi*i/n + 90.14 deg) = -3.24913 * sin(2*2pi*i/n) + -0.00789 * cos(2*2pi*i/n) RMS of the residuals = 0.01633 09:37:17 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.124734 1/s Coil Voltage, V2 = 3.249141 V Integrated Gradient, GL = 4.151266 T 09:37:20 Coil Rotation Frequency, Fcoil = 3.124619 Hz 09:37:24 Coil Rotation Frequency, Fcoil = 3.125566 Hz 09:37:49 Coil Voltage Measurement # 92 Made, Stored in RAWFILE 09:37:53 Coil Rotation Frequency, Fcoil = 3.124111 Hz 09:37:57 Coil Rotation Frequency, Fcoil = 3.124599 Hz 09:37:57 Coil Voltage: Vfit(i) = 3.24761 * cos(2*2pi*i/n + 90.14 deg) = -3.24760 * sin(2*2pi*i/n) + -0.00798 * cos(2*2pi*i/n) RMS of the residuals = 0.01631 09:37:57 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.124723 1/s Coil Voltage, V2 = 3.24761 V Integrated Gradient, GL = 4.149324 T 09:37:57 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = 4.150805 +- 1.007957E-03 T 09:37:58 Magnet Current, Imag = 100.1218 A 09:37:58 Magnet Current Ramping to 50 A... 09:38:47 Magnet Current, Imag = 50.10326 A 09:38:49 Magnet Current, Imag = 50.10038 A 09:38:51 Magnet Current, Imag = 50.0961 A 09:38:52 Magnet Current, Imag = 50.09462 A 09:38:54 Magnet Current, Imag = 50.09452 A 09:38:54 Magnet Current Measurement: Imag = 50.09641 +- 2.377913E-03 A 09:38:57 Coil Rotation Frequency, Fcoil = 3.124979 Hz 09:39:01 Coil Rotation Frequency, Fcoil = 3.125033 Hz 09:39:26 Coil Voltage Measurement # 93 Made, Stored in RAWFILE 09:39:30 Coil Rotation Frequency, Fcoil = 3.125178 Hz 09:39:34 Coil Rotation Frequency, Fcoil = 3.125807 Hz 09:39:34 Coil Voltage: Vfit(i) = 1.63824 * cos(2*2pi*i/n + 90.10 deg) = -1.63823 * sin(2*2pi*i/n) + -0.00274 * cos(2*2pi*i/n) RMS of the residuals = 0.00830 09:39:34 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.125249 1/s Coil Voltage, V2 = 1.638237 V Integrated Gradient, GL = 2.092748 T 09:39:37 Coil Rotation Frequency, Fcoil = 3.125771 Hz 09:39:41 Coil Rotation Frequency, Fcoil = 3.126224 Hz 09:40:06 Coil Voltage Measurement # 94 Made, Stored in RAWFILE 09:40:09 Coil Rotation Frequency, Fcoil = 3.124304 Hz 09:40:14 Coil Rotation Frequency, Fcoil = 3.124414 Hz 09:40:14 Coil Voltage: Vfit(i) = 1.63865 * cos(2*2pi*i/n + 90.09 deg) = -1.63864 * sin(2*2pi*i/n) + -0.00267 * cos(2*2pi*i/n) RMS of the residuals = 0.00829 09:40:14 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.125178 1/s Coil Voltage, V2 = 1.638645 V Integrated Gradient, GL = 2.093318 T 09:40:17 Coil Rotation Frequency, Fcoil = 3.125363 Hz 09:40:21 Coil Rotation Frequency, Fcoil = 3.123703 Hz 09:40:45 Coil Voltage Measurement # 95 Made, Stored in RAWFILE 09:40:49 Coil Rotation Frequency, Fcoil = 3.124929 Hz 09:40:53 Coil Rotation Frequency, Fcoil = 3.125887 Hz 09:40:53 Coil Voltage: Vfit(i) = 1.63808 * cos(2*2pi*i/n + 90.09 deg) = -1.63808 * sin(2*2pi*i/n) + -0.00265 * cos(2*2pi*i/n) RMS of the residuals = 0.00831 09:40:53 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.124971 1/s Coil Voltage, V2 = 1.63808 V Integrated Gradient, GL = 2.092736 T 09:40:56 Coil Rotation Frequency, Fcoil = 3.125717 Hz 09:41:01 Coil Rotation Frequency, Fcoil = 3.125178 Hz 09:41:25 Coil Voltage Measurement # 96 Made, Stored in RAWFILE 09:41:29 Coil Rotation Frequency, Fcoil = 3.12384 Hz 09:41:33 Coil Rotation Frequency, Fcoil = 3.125271 Hz 09:41:33 Coil Voltage: Vfit(i) = 1.63747 * cos(2*2pi*i/n + 90.09 deg) = -1.63747 * sin(2*2pi*i/n) + -0.00261 * cos(2*2pi*i/n) RMS of the residuals = 0.00832 09:41:33 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.125002 1/s Coil Voltage, V2 = 1.637474 V Integrated Gradient, GL = 2.09194 T 09:41:33 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = 2.092685 +- 4.904906E-04 T 09:41:35 Magnet Current, Imag = 50.09762 A 09:41:35 Magnet Current Ramping to 25 A... 09:42:17 Magnet Current, Imag = 25.12094 A 09:42:19 Magnet Current, Imag = 25.1216 A 09:42:21 Magnet Current, Imag = 25.1232 A 09:42:23 Magnet Current, Imag = 25.11906 A 09:42:25 Magnet Current, Imag = 25.12078 A 09:42:25 Magnet Current Measurement: Imag = 25.12116 +- 1.491963E-03 A 09:42:28 Coil Rotation Frequency, Fcoil = 3.125262 Hz 09:42:32 Coil Rotation Frequency, Fcoil = 3.12475 Hz 09:42:56 Coil Voltage Measurement # 97 Made, Stored in RAWFILE 09:43:00 Coil Rotation Frequency, Fcoil = 3.124836 Hz 09:43:04 Coil Rotation Frequency, Fcoil = 3.125965 Hz 09:43:04 Coil Voltage: Vfit(i) = 0.83291 * cos(2*2pi*i/n + 90.09 deg) = -0.83291 * sin(2*2pi*i/n) + -0.00130 * cos(2*2pi*i/n) RMS of the residuals = 0.00418 09:43:04 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.125203 1/s Coil Voltage, V2 = .8329082 V Integrated Gradient, GL = 1.064006 T 09:43:07 Coil Rotation Frequency, Fcoil = 3.124111 Hz 09:43:11 Coil Rotation Frequency, Fcoil = 3.125783 Hz 09:43:35 Coil Voltage Measurement # 98 Made, Stored in RAWFILE 09:43:39 Coil Rotation Frequency, Fcoil = 3.124711 Hz 09:43:43 Coil Rotation Frequency, Fcoil = 3.125357 Hz 09:43:43 Coil Voltage: Vfit(i) = 0.83302 * cos(2*2pi*i/n + 90.09 deg) = -0.83302 * sin(2*2pi*i/n) + -0.00129 * cos(2*2pi*i/n) RMS of the residuals = 0.00419 09:43:43 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.12499 1/s Coil Voltage, V2 = .8330215 V Integrated Gradient, GL = 1.064223 T 09:43:46 Coil Rotation Frequency, Fcoil = 3.125262 Hz 09:43:51 Coil Rotation Frequency, Fcoil = 3.125417 Hz 09:44:15 Coil Voltage Measurement # 99 Made, Stored in RAWFILE 09:44:19 Coil Rotation Frequency, Fcoil = 3.12381 Hz 09:44:23 Coil Rotation Frequency, Fcoil = 3.124837 Hz 09:44:23 Coil Voltage: Vfit(i) = 0.83306 * cos(2*2pi*i/n + 90.09 deg) = -0.83306 * sin(2*2pi*i/n) + -0.00130 * cos(2*2pi*i/n) RMS of the residuals = 0.00415 09:44:23 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.124831 1/s Coil Voltage, V2 = .8330587 V Integrated Gradient, GL = 1.064324 T 09:44:26 Coil Rotation Frequency, Fcoil = 3.126063 Hz 09:44:30 Coil Rotation Frequency, Fcoil = 3.125206 Hz 09:44:54 Coil Voltage Measurement # 100 Made, Stored in RAWFILE 09:44:58 Coil Rotation Frequency, Fcoil = 3.124798 Hz 09:45:02 Coil Rotation Frequency, Fcoil = 3.125658 Hz 09:45:02 Coil Voltage: Vfit(i) = 0.83298 * cos(2*2pi*i/n + 90.09 deg) = -0.83298 * sin(2*2pi*i/n) + -0.00134 * cos(2*2pi*i/n) RMS of the residuals = 0.00420 09:45:02 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.125431 1/s Coil Voltage, V2 = .8329846 V Integrated Gradient, GL = 1.064026 T 09:45:02 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = 1.064145 +- 1.341342E-04 T 09:45:04 Magnet Current, Imag = 25.12052 A 09:45:04 Magnet Current Ramping to 10 A... 09:45:41 Magnet Current, Imag = 10.00846 A 09:45:43 Magnet Current, Imag = 10.00884 A 09:45:45 Magnet Current, Imag = 10.00916 A 09:45:47 Magnet Current, Imag = 10.00748 A 09:45:49 Magnet Current, Imag = 10.00742 A 09:45:49 Magnet Current Measurement: Imag = 10.00823 +- 7.835648E-04 A 09:45:52 Coil Rotation Frequency, Fcoil = 3.124783 Hz 09:45:56 Coil Rotation Frequency, Fcoil = 3.125021 Hz 09:46:20 Coil Voltage Measurement # 101 Made, Stored in RAWFILE 09:46:24 Coil Rotation Frequency, Fcoil = 3.125723 Hz 09:46:28 Coil Rotation Frequency, Fcoil = 3.125864 Hz 09:46:28 Coil Voltage: Vfit(i) = 0.34616 * cos(2*2pi*i/n + 90.09 deg) = -0.34616 * sin(2*2pi*i/n) + -0.00056 * cos(2*2pi*i/n) RMS of the residuals = 0.00169 09:46:28 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.125348 1/s Coil Voltage, V2 = .3461617 V Integrated Gradient, GL = .4421868 T 09:46:31 Coil Rotation Frequency, Fcoil = 3.125622 Hz 09:46:35 Coil Rotation Frequency, Fcoil = 3.126141 Hz 09:46:59 Coil Voltage Measurement # 102 Made, Stored in RAWFILE 09:47:03 Coil Rotation Frequency, Fcoil = 3.125086 Hz 09:47:07 Coil Rotation Frequency, Fcoil = 3.125789 Hz 09:47:07 Coil Voltage: Vfit(i) = 0.34607 * cos(2*2pi*i/n + 90.09 deg) = -0.34607 * sin(2*2pi*i/n) + -0.00054 * cos(2*2pi*i/n) RMS of the residuals = 0.00169 09:47:07 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.125659 1/s Coil Voltage, V2 = .3460746 V Integrated Gradient, GL = .4420314 T 09:47:11 Coil Rotation Frequency, Fcoil = 3.126001 Hz 09:47:15 Coil Rotation Frequency, Fcoil = 3.125661 Hz 09:47:39 Coil Voltage Measurement # 103 Made, Stored in RAWFILE 09:47:43 Coil Rotation Frequency, Fcoil = 3.125194 Hz 09:47:47 Coil Rotation Frequency, Fcoil = 3.125911 Hz 09:47:47 Coil Voltage: Vfit(i) = 0.34621 * cos(2*2pi*i/n + 90.09 deg) = -0.34620 * sin(2*2pi*i/n) + -0.00053 * cos(2*2pi*i/n) RMS of the residuals = 0.00168 09:47:47 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.125692 1/s Coil Voltage, V2 = .3462054 V Integrated Gradient, GL = .4421939 T 09:47:50 Coil Rotation Frequency, Fcoil = 3.125661 Hz 09:47:54 Coil Rotation Frequency, Fcoil = 3.124248 Hz 09:48:18 Coil Voltage Measurement # 104 Made, Stored in RAWFILE 09:48:22 Coil Rotation Frequency, Fcoil = 3.125161 Hz 09:48:26 Coil Rotation Frequency, Fcoil = 3.124661 Hz 09:48:26 Coil Voltage: Vfit(i) = 0.34618 * cos(2*2pi*i/n + 90.09 deg) = -0.34618 * sin(2*2pi*i/n) + -0.00053 * cos(2*2pi*i/n) RMS of the residuals = 0.00168 09:48:26 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.124933 1/s Coil Voltage, V2 = .3461829 V Integrated Gradient, GL = .4422726 T 09:48:26 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = .4421711 +- 8.743787E-05 T INTEGRATED GRADIENT VS CURRENT Coil: Radius = .044646 m, # Turns = 20 Average: # Rotations/Measurement = 10 , # Measurements = 4 Imag sigImag GL sigGL GL/I sigGL/I (A) (A) (T) (T) (T/kA) (T/kA) --------+-------- --------+-------- --------+-------- 10.009 0.001 0.44225 0.00019 44.1860 0.0197 25.118 0.000 1.04316 0.00012 41.5306 0.0048 50.091 0.000 2.05853 0.00027 41.0958 0.0054 100.103 0.000 4.10882 0.00072 41.0458 0.0072 150.133 0.001 6.15017 0.00058 40.9647 0.0038 200.395 0.001 8.17892 0.00170 40.8140 0.0085 250.506 0.000 10.14514 0.00351 40.4986 0.0140 300.497 0.000 11.78784 0.00227 39.2279 0.0076 350.507 0.001 12.93516 0.00262 36.9042 0.0075 300.539 0.001 11.83700 0.00057 39.3859 0.0019 250.560 0.001 10.22283 0.00062 40.8000 0.0025 200.445 0.001 8.24622 0.00124 41.1396 0.0062 150.168 0.001 6.20225 0.00115 41.3020 0.0077 100.124 0.002 4.15080 0.00101 41.4566 0.0101 50.096 0.002 2.09269 0.00049 41.7732 0.0100 25.121 0.001 1.06414 0.00013 42.3605 0.0059 10.008 0.001 0.44217 0.00009 44.1808 0.0094 SUMMARY OF THE CALCULATIONS AND CONVENTIONS USED Calculation Of GL: V2 = Nturns * velocity * B2 * L = Nturns * Rcoil * ang_freq * GL * Rcoil = Nturns * Rcoil^2 * ang_freq * GL GL = V2 / (Nturns * Rcoil^2 * ang_freq) Calculation Of The Harmonics: Magnitude, harmonic n: Vn = Nturns * velocity * Bn * L = Nturns * Rcoil * ang_freq * (BLn) BLn = Vn / (Nturns * Rcoil * ang_freq) Rn = BLn / BL2 = Vn / V2 Phase, harmonic n: At the coil radius, the radial field as a function of angle is, BLn(th) = BLn * cos(n*(th - THspole)) The coil voltage Vn(th) = Nturns * velocity * BLn(th) Vn(th)= Nturns * Rcoil * ang_freq * BLn * cos(n*(th - THspole)) The FFT gives Vn and PhiVn in the formula Vn(i) = Vn * cos(n*2pi*i/N + PhiVn) So, Nturns * Rcoil * ang_freq * BLn = Vn -n * THspole = PhiVn Or, BLn = Vn / (Nturns * Rcoil * ang_freq) THspole = -PhiVn / n Calculation Of The Magnetic Center: In the quadrupole's frame, Bx' = G * y', By' = G * x'. In the coil's frame (unprimed frame) the magnetic center is at (x0, y0). In the coil's frame, Bx = G * (y - y0), By = G * (x - x0). This gives the magnetic center in terms of the measured dipole field. x0 = - By / G, y0 = - Bx / G In terms of the measured integrated strengths, Xcenter = - (1/GL) * BL1 * sin(THspole1) Ycenter = - (1/GL) * BL1 * cos(THspole1) 09:48:28 Magnet Current, Imag = 10.0085 A 09:48:28 Magnet Current Ramping to 0 A... 09:49:04 Magnet Current, Imag = .717528 A