SLAC Magnetic Measurements Date: 07-18-1995 Time: 07:43:48 Magnet Name (Serial #): 122 Bar Code Number: 423 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 07:44:05 Magnet Current, Imag = .724548 A 07:44:05 Magnet Current Ramping to 350 A... 07:46:28 Magnet Current, Imag = 350.4262 A 07:46:30 Temperature: Channel 1 , T = 0 deg C 07:46:33 Temperature: Channel 2 , T = 0 deg C 07:46:35 Temperature: Channel 3 , T = 0 deg C 07:46:38 Temperature: Channel 4 , T = 0 deg C 07:46:40 Temperature: Channel 5 , T = 0 deg C 07:46:41 Magnet Current, Imag = 350.4274 A 07:46:44 Magnet Voltage, Vmag = 34.539 V 07:47:30 Temperature: Channel 1 , T = 0 deg C 07:47:33 Temperature: Channel 2 , T = 0 deg C 07:47:35 Temperature: Channel 3 , T = 0 deg C 07:47:38 Temperature: Channel 4 , T = 0 deg C 07:47:40 Temperature: Channel 5 , T = 0 deg C 07:47:42 Magnet Current, Imag = 350.4348 A 07:47:44 Magnet Voltage, Vmag = 34.9086 V 07:48:30 Temperature: Channel 1 , T = 0 deg C 07:48:33 Temperature: Channel 2 , T = 0 deg C 07:48:35 Temperature: Channel 3 , T = 0 deg C 07:48:38 Temperature: Channel 4 , T = 0 deg C 07:48:40 Temperature: Channel 5 , T = 0 deg C 07:48:42 Magnet Current, Imag = 350.4406 A 07:48:44 Magnet Voltage, Vmag = 35.2555 V 07:49:30 Temperature: Channel 1 , T = 0 deg C 07:49:33 Temperature: Channel 2 , T = 0 deg C 07:49:35 Temperature: Channel 3 , T = 0 deg C 07:49:38 Temperature: Channel 4 , T = 0 deg C 07:49:40 Temperature: Channel 5 , T = 0 deg C 07:49:42 Magnet Current, Imag = 350.4468 A 07:49:44 Magnet Voltage, Vmag = 35.5852 V 07:50:30 Temperature: Channel 1 , T = 0 deg C 07:50:33 Temperature: Channel 2 , T = 0 deg C 07:50:35 Temperature: Channel 3 , T = 0 deg C 07:50:38 Temperature: Channel 4 , T = 0 deg C 07:50:40 Temperature: Channel 5 , T = 0 deg C 07:50:42 Magnet Current, Imag = 350.4536 A 07:50:44 Magnet Voltage, Vmag = 35.8963 V 07:51:30 Temperature: Channel 1 , T = 0 deg C 07:51:33 Temperature: Channel 2 , T = 0 deg C 07:51:35 Temperature: Channel 3 , T = 0 deg C 07:51:38 Temperature: Channel 4 , T = 0 deg C 07:51:40 Temperature: Channel 5 , T = 0 deg C 07:51:42 Magnet Current, Imag = 350.4572 A 07:51:43 Magnet Voltage, Vmag = 36.1911 V 07:52:31 Temperature: Channel 1 , T = 0 deg C 07:52:33 Temperature: Channel 2 , T = 0 deg C 07:52:36 Temperature: Channel 3 , T = 0 deg C 07:52:38 Temperature: Channel 4 , T = 0 deg C 07:52:41 Temperature: Channel 5 , T = 0 deg C 07:52:42 Magnet Current, Imag = 350.4634 A 07:52:44 Magnet Voltage, Vmag = 36.4707 V 07:53:31 Temperature: Channel 1 , T = 0 deg C 07:53:34 Temperature: Channel 2 , T = 0 deg C 07:53:36 Temperature: Channel 3 , T = 0 deg C 07:53:39 Temperature: Channel 4 , T = 0 deg C 07:53:41 Temperature: Channel 5 , T = 0 deg C 07:53:42 Magnet Current, Imag = 350.468 A 07:53:44 Magnet Voltage, Vmag = 36.7323 V 07:54:31 Temperature: Channel 1 , T = 0 deg C 07:54:34 Temperature: Channel 2 , T = 0 deg C 07:54:36 Temperature: Channel 3 , T = 0 deg C 07:54:38 Temperature: Channel 4 , T = 0 deg C 07:54:41 Temperature: Channel 5 , T = 0 deg C 07:54:42 Magnet Current, Imag = 350.4714 A 07:54:44 Magnet Voltage, Vmag = 36.9766 V 07:55:31 Temperature: Channel 1 , T = 0 deg C 07:55:34 Temperature: Channel 2 , T = 0 deg C 07:55:36 Temperature: Channel 3 , T = 0 deg C 07:55:39 Temperature: Channel 4 , T = 0 deg C 07:55:41 Temperature: Channel 5 , T = 0 deg C 07:55:42 Magnet Current, Imag = 350.4778 A 07:55:44 Magnet Voltage, Vmag = 37.2066 V 07:56:31 Temperature: Channel 1 , T = 0 deg C 07:56:34 Temperature: Channel 2 , T = 0 deg C 07:56:36 Temperature: Channel 3 , T = 0 deg C 07:56:39 Temperature: Channel 4 , T = 0 deg C 07:56:41 Temperature: Channel 5 , T = 0 deg C 07:56:42 Magnet Current, Imag = 350.4818 A 07:56:44 Magnet Voltage, Vmag = 37.4201 V 07:57:31 Temperature: Channel 1 , T = 0 deg C 07:57:34 Temperature: Channel 2 , T = 0 deg C 07:57:36 Temperature: Channel 3 , T = 0 deg C 07:57:39 Temperature: Channel 4 , T = 0 deg C 07:57:41 Temperature: Channel 5 , T = 0 deg C 07:57:42 Magnet Current, Imag = 350.4846 A 07:57:44 Magnet Voltage, Vmag = 37.6178 V 07:58:31 Temperature: Channel 1 , T = 0 deg C 07:58:34 Temperature: Channel 2 , T = 0 deg C 07:58:36 Temperature: Channel 3 , T = 0 deg C 07:58:39 Temperature: Channel 4 , T = 0 deg C 07:58:42 Temperature: Channel 5 , T = 0 deg C 07:58:43 Magnet Current, Imag = 350.4886 A 07:58:45 Magnet Voltage, Vmag = 37.8041 V 07:59:31 Temperature: Channel 1 , T = 0 deg C 07:59:34 Temperature: Channel 2 , T = 0 deg C 07:59:36 Temperature: Channel 3 , T = 0 deg C 07:59:39 Temperature: Channel 4 , T = 0 deg C 07:59:42 Temperature: Channel 5 , T = 0 deg C 07:59:43 Magnet Current, Imag = 350.4948 A 07:59:45 Magnet Voltage, Vmag = 37.9747 V 08:00:31 Temperature: Channel 1 , T = 0 deg C 08:00:34 Temperature: Channel 2 , T = 0 deg C 08:00:36 Temperature: Channel 3 , T = 0 deg C 08:00:39 Temperature: Channel 4 , T = 0 deg C 08:00:42 Temperature: Channel 5 , T = 0 deg C 08:00:43 Magnet Current, Imag = 350.4978 A 08:00:45 Magnet Voltage, Vmag = 38.1305 V 08:01:31 Temperature: Channel 1 , T = 0 deg C 08:01:34 Temperature: Channel 2 , T = 0 deg C 08:01:36 Temperature: Channel 3 , T = 0 deg C 08:01:39 Temperature: Channel 4 , T = 0 deg C 08:01:42 Temperature: Channel 5 , T = 0 deg C 08:01:43 Magnet Current, Imag = 350.5018 A 08:01:45 Magnet Voltage, Vmag = 38.2745 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) -------- ------- ------- ------- ------- ------- ------- ------- ------- 07:46:28 350.43 34.539 98.563 10.41 24.73 21.85 17.21 21.01 07:47:28 350.43 34.909 99.615 10.45 27.63 21.83 18.23 21.04 07:48:28 350.44 35.256 100.603 10.49 30.53 21.81 19.77 21.17 07:49:28 350.45 35.585 101.542 10.56 33.42 21.81 21.66 21.00 07:50:28 350.45 35.896 102.428 10.55 36.27 21.80 23.76 20.93 07:51:28 350.46 36.191 103.268 10.48 39.10 21.79 26.01 21.04 07:52:28 350.46 36.471 104.064 10.38 41.99 21.78 28.35 20.98 07:53:28 350.47 36.732 104.809 10.27 44.76 21.76 30.70 20.92 07:54:28 350.47 36.977 105.505 10.20 47.50 21.75 33.00 21.15 07:55:28 350.48 37.207 106.160 10.16 50.19 21.74 35.23 20.98 07:56:28 350.48 37.420 106.768 10.27 52.88 21.74 37.32 20.97 07:57:28 350.48 37.618 107.331 10.45 55.55 21.74 39.28 20.93 07:58:28 350.49 37.804 107.861 10.59 58.20 21.74 41.16 21.00 07:59:28 350.49 37.975 108.346 10.70 60.85 21.73 42.76 20.97 08:00:28 350.50 38.131 108.790 10.94 63.46 21.74 44.17 20.89 08:01:28 350.50 38.275 109.199 11.32 66.07 21.75 45.40 20.95 08:02:30 Magnet Current, Imag = 350.504 A 08:02:30 Magnet Current Ramping to 0 A... 08:04:52 Magnet Current, Imag = .649688 A 08:04:54 Magnet Current, Imag = .651 A 08:04:54 Magnet Current Ramping to 500 A... 08:08:03 Magnet Current, Imag = 500.6066 A 08:08:04 Magnet Current, Imag = 500.6078 A 08:08:04 Magnet Current Ramping to 10 A... 08:11:08 Magnet Current, Imag = 10.0127 A 08:11:10 Magnet Current, Imag = 10.01386 A 08:11:10 Magnet Current Ramping to 350 A... 08:13:31 Magnet Current, Imag = 350.509 A 08:13:32 Magnet Current, Imag = 350.5112 A 08:13:32 Magnet Current Ramping to 10 A... 08:15:50 Magnet Current, Imag = 10.01276 A 08:15:51 Magnet Current, Imag = 10.01258 A 08:15:51 Magnet Current Ramping to 350 A... 08:18:12 Magnet Current, Imag = 350.4972 A 08:18:13 Magnet Current, Imag = 350.5002 A 08:18:13 Magnet Current Ramping to 10 A... 08:20:31 Magnet Current, Imag = 10.01342 A 08:20:33 Magnet Current, Imag = 10.0126 A 08:20:33 Magnet Current Ramping to 350 A... 08:22:53 Magnet Current, Imag = 350.4898 A 08:22:55 Magnet Current, Imag = 350.4882 A 08:22:55 Magnet Current Ramping to 10 A... 08:25:12 Magnet Current, Imag = 10.01148 A 08:25:14 Magnet Current, Imag = 10.01224 A 08:25:14 Magnet Current Ramping to 10 A... 08:25:48 Magnet Current, Imag = 10.01076 A 08:25:50 Magnet Current, Imag = 10.01016 A 08:25:52 Magnet Current, Imag = 10.01036 A 08:25:53 Magnet Current, Imag = 10.01174 A 08:25:55 Magnet Current, Imag = 10.012 A 08:25:55 Magnet Current Measurement: Imag = 10.01107 +- 8.131976E-04 A 08:25:58 Coil Rotation Frequency, Fcoil = 3.115085 Hz 08:26:03 Coil Rotation Frequency, Fcoil = 3.112969 Hz 08:26:27 Coil Voltage Measurement # 1 Made, Stored in RAWFILE 08:26:30 Coil Rotation Frequency, Fcoil = 3.116339 Hz 08:26:35 Coil Rotation Frequency, Fcoil = 3.116171 Hz 08:26:35 Coil Voltage: Vfit(i) = 0.34715 * cos(2*2pi*i/n + 90.20 deg) = -0.34714 * sin(2*2pi*i/n) + -0.00119 * cos(2*2pi*i/n) RMS of the residuals = 0.00190 08:26:35 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.115141 1/s Coil Voltage, V2 = .347146 V Integrated Gradient, GL = .4448971 T 08:26:38 Coil Rotation Frequency, Fcoil = 3.116973 Hz 08:26:42 Coil Rotation Frequency, Fcoil = 3.114813 Hz 08:27:06 Coil Voltage Measurement # 2 Made, Stored in RAWFILE 08:27:10 Coil Rotation Frequency, Fcoil = 3.115271 Hz 08:27:14 Coil Rotation Frequency, Fcoil = 3.115218 Hz 08:27:14 Coil Voltage: Vfit(i) = 0.34718 * cos(2*2pi*i/n + 90.20 deg) = -0.34718 * sin(2*2pi*i/n) + -0.00119 * cos(2*2pi*i/n) RMS of the residuals = 0.00190 08:27:14 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.115569 1/s Coil Voltage, V2 = .3471836 V Integrated Gradient, GL = .4448841 T 08:27:17 Coil Rotation Frequency, Fcoil = 3.113262 Hz 08:27:21 Coil Rotation Frequency, Fcoil = 3.111963 Hz 08:27:46 Coil Voltage Measurement # 3 Made, Stored in RAWFILE 08:27:49 Coil Rotation Frequency, Fcoil = 3.114411 Hz 08:27:53 Coil Rotation Frequency, Fcoil = 3.113389 Hz 08:27:54 Coil Voltage: Vfit(i) = 0.34689 * cos(2*2pi*i/n + 90.20 deg) = -0.34689 * sin(2*2pi*i/n) + -0.00119 * cos(2*2pi*i/n) RMS of the residuals = 0.00189 08:27:54 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.113256 1/s Coil Voltage, V2 = .3468935 V Integrated Gradient, GL = .4448427 T 08:27:57 Coil Rotation Frequency, Fcoil = 3.11491 Hz 08:28:01 Coil Rotation Frequency, Fcoil = 3.112931 Hz 08:28:25 Coil Voltage Measurement # 4 Made, Stored in RAWFILE 08:28:29 Coil Rotation Frequency, Fcoil = 3.114266 Hz 08:28:33 Coil Rotation Frequency, Fcoil = 3.114535 Hz 08:28:33 Coil Voltage: Vfit(i) = 0.34706 * cos(2*2pi*i/n + 90.20 deg) = -0.34706 * sin(2*2pi*i/n) + -0.00118 * cos(2*2pi*i/n) RMS of the residuals = 0.00189 08:28:33 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.114161 1/s Coil Voltage, V2 = .347061 V Integrated Gradient, GL = .4449281 T 08:28:33 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = .444888 +- 3.066431E-05 T 08:28:36 Coil Rotation Frequency, Fcoil = 3.115026 Hz 08:28:40 Coil Rotation Frequency, Fcoil = 3.114541 Hz 08:29:05 Coil Voltage Measurement # 5 Made, Stored in RAWFILE 08:29:08 Coil Rotation Frequency, Fcoil = 3.115348 Hz 08:29:13 Coil Rotation Frequency, Fcoil = 3.114739 Hz 08:29:13 Coil Voltage: Vfit(i) = 0.34699 * cos(2*2pi*i/n + 90.20 deg) = -0.34698 * sin(2*2pi*i/n) + -0.00119 * cos(2*2pi*i/n) RMS of the residuals = 0.00189 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.114914 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0021 -13.59 0.0001 13.59 0.617 2 0.3470 90.20 0.0199 -45.10 100.000 3 0.0003 157.27 0.0000 -52.42 0.075 4 0.0000 -73.18 0.0000 18.30 0.013 5 0.0001 118.68 0.0000 -23.74 0.018 6 0.0007 88.15 0.0000 -14.69 0.208 7 0.0000 83.65 0.0000 -11.95 0.006 8 0.0000 -15.87 0.0000 1.98 0.009 9 0.0001 136.29 0.0000 -15.14 0.016 10 0.0010 -87.28 0.0001 8.73 0.294 11 0.0000 152.60 0.0000 -13.87 0.005 12 0.0000 27.14 0.0000 -2.26 0.011 13 0.0001 142.07 0.0000 -10.93 0.022 14 0.0009 -88.64 0.0001 6.33 0.272 15 0.0000 -70.02 0.0000 4.67 0.009 16 0.0000 84.37 0.0000 -5.27 0.007 08:29:16 Coil Rotation Frequency, Fcoil = 3.112963 Hz 08:29:20 Coil Rotation Frequency, Fcoil = 3.114018 Hz 08:29:44 Coil Voltage Measurement # 6 Made, Stored in RAWFILE 08:29:48 Coil Rotation Frequency, Fcoil = 3.112169 Hz 08:29:52 Coil Rotation Frequency, Fcoil = 3.112987 Hz 08:29:52 Coil Voltage: Vfit(i) = 0.34682 * cos(2*2pi*i/n + 90.19 deg) = -0.34682 * sin(2*2pi*i/n) + -0.00118 * cos(2*2pi*i/n) RMS of the residuals = 0.00191 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.113034 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0022 -13.76 0.0001 13.76 0.623 2 0.3468 90.19 0.0199 -45.10 100.000 3 0.0003 157.60 0.0000 -52.53 0.079 4 0.0000 -40.31 0.0000 10.08 0.006 5 0.0000 107.76 0.0000 -21.55 0.011 6 0.0007 90.36 0.0000 -15.06 0.210 7 0.0000 30.46 0.0000 -4.35 0.009 8 0.0000 1.24 0.0000 -0.15 0.004 9 0.0001 130.24 0.0000 -14.47 0.016 10 0.0010 -88.19 0.0001 8.82 0.297 11 0.0000 -164.30 0.0000 14.94 0.002 12 0.0000 43.45 0.0000 -3.62 0.013 13 0.0001 153.74 0.0000 -11.83 0.017 14 0.0010 -91.59 0.0001 6.54 0.274 15 0.0000 -65.76 0.0000 4.38 0.003 16 0.0000 153.61 0.0000 -9.60 0.013 08:29:55 Coil Rotation Frequency, Fcoil = 3.113522 Hz 08:29:59 Coil Rotation Frequency, Fcoil = 3.113105 Hz 08:30:24 Coil Voltage Measurement # 7 Made, Stored in RAWFILE 08:30:27 Coil Rotation Frequency, Fcoil = 3.113241 Hz 08:30:32 Coil Rotation Frequency, Fcoil = 3.113448 Hz 08:30:32 Coil Voltage: Vfit(i) = 0.34694 * cos(2*2pi*i/n + 90.20 deg) = -0.34694 * sin(2*2pi*i/n) + -0.00119 * cos(2*2pi*i/n) RMS of the residuals = 0.00190 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.113329 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0022 -13.71 0.0001 13.71 0.622 2 0.3469 90.20 0.0199 -45.10 100.000 3 0.0003 161.57 0.0000 -53.86 0.079 4 0.0000 -49.74 0.0000 12.43 0.012 5 0.0000 141.45 0.0000 -28.29 0.012 6 0.0007 88.67 0.0000 -14.78 0.215 7 0.0000 94.99 0.0000 -13.57 0.007 8 0.0000 20.16 0.0000 -2.52 0.007 9 0.0001 140.24 0.0000 -15.58 0.014 10 0.0010 -87.55 0.0001 8.76 0.294 11 0.0000 -35.82 0.0000 3.26 0.004 12 0.0000 36.75 0.0000 -3.06 0.008 13 0.0000 139.37 0.0000 -10.72 0.011 14 0.0009 -89.22 0.0001 6.37 0.273 15 0.0000 -42.10 0.0000 2.81 0.003 16 0.0000 -146.31 0.0000 9.14 0.007 08:30:35 Coil Rotation Frequency, Fcoil = 3.11424 Hz 08:30:39 Coil Rotation Frequency, Fcoil = 3.112925 Hz 08:31:03 Coil Voltage Measurement # 8 Made, Stored in RAWFILE 08:31:07 Coil Rotation Frequency, Fcoil = 3.112033 Hz 08:31:11 Coil Rotation Frequency, Fcoil = 3.113705 Hz 08:31:11 Coil Voltage: Vfit(i) = 0.34690 * cos(2*2pi*i/n + 90.20 deg) = -0.34690 * sin(2*2pi*i/n) + -0.00120 * cos(2*2pi*i/n) RMS of the residuals = 0.00189 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.113226 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0021 -13.92 0.0001 13.92 0.619 2 0.3469 90.20 0.0199 -45.10 100.000 3 0.0003 161.67 0.0000 -53.89 0.078 4 0.0001 -55.72 0.0000 13.93 0.014 5 0.0001 119.56 0.0000 -23.91 0.017 6 0.0007 88.42 0.0000 -14.74 0.208 7 0.0000 75.28 0.0000 -10.75 0.008 8 0.0000 -12.66 0.0000 1.58 0.005 9 0.0001 125.11 0.0000 -13.90 0.016 10 0.0010 -87.75 0.0001 8.78 0.296 11 0.0000 45.87 0.0000 -4.17 0.002 12 0.0000 -38.79 0.0000 3.23 0.013 13 0.0000 155.87 0.0000 -11.99 0.012 14 0.0009 -93.23 0.0001 6.66 0.267 15 0.0000 -90.41 0.0000 6.03 0.002 16 0.0000 136.98 0.0000 -8.56 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 0.00012 0.00000 13.75 0.12 0.6203 0.0021 2 0.01986 0.00000 -45.10 0.00 100.0000 0.0000 3 0.00002 0.00000 -53.18 0.70 0.0780 0.0016 4 0.00000 0.00000 13.68 3.00 0.0112 0.0034 5 0.00000 0.00000 -24.37 2.45 0.0144 0.0032 6 0.00004 0.00000 -14.82 0.14 0.2103 0.0027 7 0.00000 0.00000 -10.16 3.50 0.0074 0.0014 8 0.00000 0.00000 0.22 1.78 0.0061 0.0019 9 0.00000 0.00000 -14.77 0.64 0.0156 0.0007 10 0.00006 0.00000 8.77 0.03 0.2954 0.0013 11 0.00000 0.00000 0.04 10.53 0.0032 0.0012 12 0.00000 0.00000 -1.43 2.73 0.0111 0.0022 13 0.00000 0.00000 -11.37 0.55 0.0156 0.0045 14 0.00005 0.00000 6.48 0.13 0.2714 0.0029 15 0.00000 0.00000 4.47 1.14 0.0044 0.0028 16 0.00000 0.00000 -3.57 7.51 0.0082 0.0028 08:31:13 Magnet Current, Imag = 10.00916 A 08:31:13 Magnet Current Ramping to 25 A... 08:31:53 Magnet Current, Imag = 25.12246 A 08:31:55 Magnet Current, Imag = 25.12106 A 08:31:57 Magnet Current, Imag = 25.12092 A 08:31:59 Magnet Current, Imag = 25.1219 A 08:32:01 Magnet Current, Imag = 25.12228 A 08:32:01 Magnet Current Measurement: Imag = 25.12154 +- 5.681298E-04 A 08:32:04 Coil Rotation Frequency, Fcoil = 3.113105 Hz 08:32:08 Coil Rotation Frequency, Fcoil = 3.112213 Hz 08:32:32 Coil Voltage Measurement # 9 Made, Stored in RAWFILE 08:32:36 Coil Rotation Frequency, Fcoil = 3.115407 Hz 08:32:40 Coil Rotation Frequency, Fcoil = 3.115002 Hz 08:32:40 Coil Voltage: Vfit(i) = 0.81381 * cos(2*2pi*i/n + 90.20 deg) = -0.81381 * sin(2*2pi*i/n) + -0.00278 * cos(2*2pi*i/n) RMS of the residuals = 0.00407 08:32:40 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.113932 1/s Coil Voltage, V2 = .8138101 V Integrated Gradient, GL = 1.043372 T 08:32:43 Coil Rotation Frequency, Fcoil = 3.11528 Hz 08:32:47 Coil Rotation Frequency, Fcoil = 3.114854 Hz 08:33:12 Coil Voltage Measurement # 10 Made, Stored in RAWFILE 08:33:15 Coil Rotation Frequency, Fcoil = 3.114275 Hz 08:33:20 Coil Rotation Frequency, Fcoil = 3.113368 Hz 08:33:20 Coil Voltage: Vfit(i) = 0.81355 * cos(2*2pi*i/n + 90.19 deg) = -0.81355 * sin(2*2pi*i/n) + -0.00275 * cos(2*2pi*i/n) RMS of the residuals = 0.00404 08:33:20 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.114444 1/s Coil Voltage, V2 = .813554 V Integrated Gradient, GL = 1.042872 T 08:33:23 Coil Rotation Frequency, Fcoil = 3.114754 Hz 08:33:27 Coil Rotation Frequency, Fcoil = 3.111408 Hz 08:33:51 Coil Voltage Measurement # 11 Made, Stored in RAWFILE 08:33:55 Coil Rotation Frequency, Fcoil = 3.114187 Hz 08:33:59 Coil Rotation Frequency, Fcoil = 3.114083 Hz 08:33:59 Coil Voltage: Vfit(i) = 0.81332 * cos(2*2pi*i/n + 90.19 deg) = -0.81331 * sin(2*2pi*i/n) + -0.00276 * cos(2*2pi*i/n) RMS of the residuals = 0.00405 08:33:59 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.113608 1/s Coil Voltage, V2 = .8133165 V Integrated Gradient, GL = 1.042847 T 08:34:02 Coil Rotation Frequency, Fcoil = 3.114142 Hz 08:34:06 Coil Rotation Frequency, Fcoil = 3.112751 Hz 08:34:31 Coil Voltage Measurement # 12 Made, Stored in RAWFILE 08:34:34 Coil Rotation Frequency, Fcoil = 3.11405 Hz 08:34:39 Coil Rotation Frequency, Fcoil = 3.114178 Hz 08:34:39 Coil Voltage: Vfit(i) = 0.81320 * cos(2*2pi*i/n + 90.19 deg) = -0.81319 * sin(2*2pi*i/n) + -0.00275 * cos(2*2pi*i/n) RMS of the residuals = 0.00408 08:34:39 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.11378 1/s Coil Voltage, V2 = .813197 V Integrated Gradient, GL = 1.042637 T 08:34:39 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = 1.042932 +- 2.698618E-04 T 08:34:42 Coil Rotation Frequency, Fcoil = 3.113616 Hz 08:34:46 Coil Rotation Frequency, Fcoil = 3.113341 Hz 08:35:10 Coil Voltage Measurement # 13 Made, Stored in RAWFILE 08:35:14 Coil Rotation Frequency, Fcoil = 3.112878 Hz 08:35:18 Coil Rotation Frequency, Fcoil = 3.114322 Hz 08:35:18 Coil Voltage: Vfit(i) = 0.81381 * cos(2*2pi*i/n + 90.19 deg) = -0.81381 * sin(2*2pi*i/n) + -0.00275 * cos(2*2pi*i/n) RMS of the residuals = 0.00411 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.113539 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0044 -22.76 0.0003 22.76 0.538 2 0.8138 90.19 0.0466 -45.10 100.000 3 0.0003 135.63 0.0000 -45.21 0.041 4 0.0001 -61.35 0.0000 15.34 0.017 5 0.0001 132.77 0.0000 -26.55 0.015 6 0.0018 89.66 0.0001 -14.94 0.220 7 0.0000 78.22 0.0000 -11.17 0.003 8 0.0000 52.07 0.0000 -6.51 0.003 9 0.0001 119.21 0.0000 -13.25 0.011 10 0.0024 -88.43 0.0001 8.84 0.299 11 0.0000 52.64 0.0000 -4.79 0.005 12 0.0001 37.49 0.0000 -3.12 0.015 13 0.0001 148.22 0.0000 -11.40 0.013 14 0.0023 -91.41 0.0001 6.53 0.282 15 0.0000 -73.06 0.0000 4.87 0.005 16 0.0001 142.66 0.0000 -8.92 0.007 08:35:21 Coil Rotation Frequency, Fcoil = 3.114325 Hz 08:35:25 Coil Rotation Frequency, Fcoil = 3.112765 Hz 08:35:50 Coil Voltage Measurement # 14 Made, Stored in RAWFILE 08:35:53 Coil Rotation Frequency, Fcoil = 3.110935 Hz 08:35:58 Coil Rotation Frequency, Fcoil = 3.112671 Hz 08:35:58 Coil Voltage: Vfit(i) = 0.81361 * cos(2*2pi*i/n + 90.19 deg) = -0.81361 * sin(2*2pi*i/n) + -0.00276 * cos(2*2pi*i/n) RMS of the residuals = 0.00401 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.112674 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0043 -23.00 0.0002 23.00 0.531 2 0.8136 90.19 0.0466 -45.10 100.000 3 0.0003 131.47 0.0000 -43.82 0.039 4 0.0002 -84.58 0.0000 21.15 0.019 5 0.0002 129.98 0.0000 -26.00 0.019 6 0.0018 89.05 0.0001 -14.84 0.215 7 0.0001 104.59 0.0000 -14.94 0.008 8 0.0000 17.08 0.0000 -2.14 0.005 9 0.0001 133.89 0.0000 -14.88 0.015 10 0.0024 -87.50 0.0001 8.75 0.292 11 0.0000 103.04 0.0000 -9.37 0.004 12 0.0001 38.75 0.0000 -3.23 0.017 13 0.0001 149.53 0.0000 -11.50 0.014 14 0.0021 -92.05 0.0001 6.58 0.264 15 0.0000 -43.97 0.0000 2.93 0.004 16 0.0000 115.61 0.0000 -7.23 0.002 08:36:01 Coil Rotation Frequency, Fcoil = 3.112308 Hz 08:36:05 Coil Rotation Frequency, Fcoil = 3.11283 Hz 08:36:29 Coil Voltage Measurement # 15 Made, Stored in RAWFILE 08:36:33 Coil Rotation Frequency, Fcoil = 3.114456 Hz 08:36:37 Coil Rotation Frequency, Fcoil = 3.114299 Hz 08:36:37 Coil Voltage: Vfit(i) = 0.81335 * cos(2*2pi*i/n + 90.19 deg) = -0.81334 * sin(2*2pi*i/n) + -0.00276 * cos(2*2pi*i/n) RMS of the residuals = 0.00402 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.113473 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0043 -22.88 0.0002 22.88 0.528 2 0.8133 90.19 0.0466 -45.10 100.000 3 0.0003 128.03 0.0000 -42.68 0.037 4 0.0001 -77.45 0.0000 19.36 0.012 5 0.0001 118.19 0.0000 -23.64 0.015 6 0.0018 90.31 0.0001 -15.05 0.218 7 0.0001 77.58 0.0000 -11.08 0.007 8 0.0000 25.40 0.0000 -3.17 0.001 9 0.0001 118.86 0.0000 -13.21 0.014 10 0.0024 -87.81 0.0001 8.78 0.297 11 0.0000 77.58 0.0000 -7.05 0.001 12 0.0001 9.52 0.0000 -0.79 0.011 13 0.0001 156.21 0.0000 -12.02 0.013 14 0.0022 -91.12 0.0001 6.51 0.267 15 0.0001 -121.29 0.0000 8.09 0.006 16 0.0001 123.96 0.0000 -7.75 0.009 08:36:40 Coil Rotation Frequency, Fcoil = 3.112709 Hz 08:36:44 Coil Rotation Frequency, Fcoil = 3.11216 Hz 08:37:09 Coil Voltage Measurement # 16 Made, Stored in RAWFILE 08:37:13 Coil Rotation Frequency, Fcoil = 3.11408 Hz 08:37:17 Coil Rotation Frequency, Fcoil = 3.113341 Hz 08:37:17 Coil Voltage: Vfit(i) = 0.81315 * cos(2*2pi*i/n + 90.20 deg) = -0.81315 * sin(2*2pi*i/n) + -0.00278 * 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 = 3.113073 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0043 -22.55 0.0002 22.55 0.533 2 0.8131 90.20 0.0466 -45.10 100.000 3 0.0003 135.92 0.0000 -45.31 0.037 4 0.0001 -57.45 0.0000 14.36 0.014 5 0.0002 145.51 0.0000 -29.10 0.019 6 0.0018 88.23 0.0001 -14.71 0.219 7 0.0000 115.62 0.0000 -16.52 0.006 8 0.0000 35.65 0.0000 -4.46 0.006 9 0.0001 140.95 0.0000 -15.66 0.015 10 0.0024 -87.98 0.0001 8.80 0.292 11 0.0000 8.64 0.0000 -0.79 0.003 12 0.0001 78.33 0.0000 -6.53 0.006 13 0.0001 143.67 0.0000 -11.05 0.012 14 0.0022 -91.13 0.0001 6.51 0.273 15 0.0001 -87.15 0.0000 5.81 0.007 16 0.0000 109.83 0.0000 -6.86 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 22.80 0.16 0.5325 0.0034 2 0.04657 0.00001 -45.10 0.00 100.0000 0.0000 3 0.00002 0.00000 -44.25 1.08 0.0386 0.0016 4 0.00001 0.00000 17.55 2.80 0.0157 0.0025 5 0.00001 0.00000 -26.32 1.94 0.0169 0.0021 6 0.00010 0.00000 -14.89 0.13 0.2180 0.0017 7 0.00000 0.00000 -13.43 2.37 0.0058 0.0017 8 0.00000 0.00000 -4.07 1.63 0.0038 0.0016 9 0.00001 0.00000 -14.25 1.06 0.0136 0.0016 10 0.00014 0.00000 8.79 0.03 0.2948 0.0030 11 0.00000 0.00000 -5.50 3.17 0.0032 0.0012 12 0.00001 0.00000 -3.42 2.04 0.0124 0.0040 13 0.00001 0.00000 -11.49 0.35 0.0131 0.0006 14 0.00013 0.00000 6.53 0.03 0.2713 0.0068 15 0.00000 0.00000 5.42 1.85 0.0054 0.0012 16 0.00000 0.00000 -7.69 0.78 0.0059 0.0025 08:37:19 Magnet Current, Imag = 25.1217 A 08:37:19 Magnet Current Ramping to 50 A... 08:38:04 Magnet Current, Imag = 50.09097 A 08:38:06 Magnet Current, Imag = 50.09098 A 08:38:08 Magnet Current, Imag = 50.09156 A 08:38:09 Magnet Current, Imag = 50.09038 A 08:38:11 Magnet Current, Imag = 50.0904 A 08:38:11 Magnet Current Measurement: Imag = 50.09083 +- 4.851831E-04 A 08:38:14 Coil Rotation Frequency, Fcoil = 3.114337 Hz 08:38:18 Coil Rotation Frequency, Fcoil = 3.11405 Hz 08:38:43 Coil Voltage Measurement # 17 Made, Stored in RAWFILE 08:38:47 Coil Rotation Frequency, Fcoil = 3.113548 Hz 08:38:51 Coil Rotation Frequency, Fcoil = 3.113468 Hz 08:38:51 Coil Voltage: Vfit(i) = 1.60401 * cos(2*2pi*i/n + 90.20 deg) = -1.60400 * sin(2*2pi*i/n) + -0.00548 * cos(2*2pi*i/n) RMS of the residuals = 0.00788 08:38:51 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.113851 1/s Coil Voltage, V2 = 1.604013 V Integrated Gradient, GL = 2.05653 T 08:38:54 Coil Rotation Frequency, Fcoil = 3.112751 Hz 08:38:58 Coil Rotation Frequency, Fcoil = 3.112733 Hz 08:39:23 Coil Voltage Measurement # 18 Made, Stored in RAWFILE 08:39:27 Coil Rotation Frequency, Fcoil = 3.114718 Hz 08:39:31 Coil Rotation Frequency, Fcoil = 3.115218 Hz 08:39:31 Coil Voltage: Vfit(i) = 1.60392 * cos(2*2pi*i/n + 90.19 deg) = -1.60391 * sin(2*2pi*i/n) + -0.00544 * cos(2*2pi*i/n) RMS of the residuals = 0.00781 08:39:31 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.113855 1/s Coil Voltage, V2 = 1.603916 V Integrated Gradient, GL = 2.056404 T 08:39:34 Coil Rotation Frequency, Fcoil = 3.113599 Hz 08:39:38 Coil Rotation Frequency, Fcoil = 3.11333 Hz 08:40:03 Coil Voltage Measurement # 19 Made, Stored in RAWFILE 08:40:07 Coil Rotation Frequency, Fcoil = 3.113882 Hz 08:40:11 Coil Rotation Frequency, Fcoil = 3.114006 Hz 08:40:11 Coil Voltage: Vfit(i) = 1.60346 * cos(2*2pi*i/n + 90.19 deg) = -1.60345 * sin(2*2pi*i/n) + -0.00541 * cos(2*2pi*i/n) RMS of the residuals = 0.00791 08:40:11 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.113704 1/s Coil Voltage, V2 = 1.603456 V Integrated Gradient, GL = 2.055913 T 08:40:14 Coil Rotation Frequency, Fcoil = 3.114399 Hz 08:40:18 Coil Rotation Frequency, Fcoil = 3.114633 Hz 08:40:42 Coil Voltage Measurement # 20 Made, Stored in RAWFILE 08:40:46 Coil Rotation Frequency, Fcoil = 3.114095 Hz 08:40:50 Coil Rotation Frequency, Fcoil = 3.113835 Hz 08:40:50 Coil Voltage: Vfit(i) = 1.60411 * cos(2*2pi*i/n + 90.19 deg) = -1.60410 * sin(2*2pi*i/n) + -0.00540 * cos(2*2pi*i/n) RMS of the residuals = 0.00788 08:40:50 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.11424 1/s Coil Voltage, V2 = 1.604114 V Integrated Gradient, GL = 2.056402 T 08:40:51 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = 2.056312 +- 2.360528E-04 T 08:40:54 Coil Rotation Frequency, Fcoil = 3.11392 Hz 08:40:58 Coil Rotation Frequency, Fcoil = 3.114003 Hz 08:41:22 Coil Voltage Measurement # 21 Made, Stored in RAWFILE 08:41:26 Coil Rotation Frequency, Fcoil = 3.115487 Hz 08:41:30 Coil Rotation Frequency, Fcoil = 3.115387 Hz 08:41:30 Coil Voltage: Vfit(i) = 1.60354 * cos(2*2pi*i/n + 90.19 deg) = -1.60353 * sin(2*2pi*i/n) + -0.00541 * cos(2*2pi*i/n) RMS of the residuals = 0.00783 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.114699 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0084 -25.68 0.0005 25.68 0.523 2 1.6035 90.19 0.0918 -45.10 100.000 3 0.0007 125.76 0.0000 -41.92 0.041 4 0.0003 -79.87 0.0000 19.97 0.017 5 0.0003 125.60 0.0000 -25.12 0.019 6 0.0035 89.69 0.0002 -14.95 0.221 7 0.0001 98.94 0.0000 -14.13 0.007 8 0.0000 71.66 0.0000 -8.96 0.003 9 0.0002 125.64 0.0000 -13.96 0.014 10 0.0048 -86.86 0.0003 8.69 0.297 11 0.0000 -39.70 0.0000 3.61 0.001 12 0.0003 -19.46 0.0000 1.62 0.019 13 0.0002 -178.04 0.0000 13.70 0.012 14 0.0040 -90.48 0.0002 6.46 0.250 15 0.0001 -70.25 0.0000 4.68 0.006 16 0.0001 124.57 0.0000 -7.79 0.006 08:41:33 Coil Rotation Frequency, Fcoil = 3.114916 Hz 08:41:38 Coil Rotation Frequency, Fcoil = 3.114586 Hz 08:42:02 Coil Voltage Measurement # 22 Made, Stored in RAWFILE 08:42:06 Coil Rotation Frequency, Fcoil = 3.114018 Hz 08:42:10 Coil Rotation Frequency, Fcoil = 3.112074 Hz 08:42:10 Coil Voltage: Vfit(i) = 1.60392 * cos(2*2pi*i/n + 90.19 deg) = -1.60392 * sin(2*2pi*i/n) + -0.00541 * cos(2*2pi*i/n) RMS of the residuals = 0.00787 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.113899 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0084 -25.78 0.0005 25.78 0.521 2 1.6039 90.19 0.0918 -45.10 100.000 3 0.0007 122.87 0.0000 -40.96 0.041 4 0.0003 -81.90 0.0000 20.47 0.020 5 0.0003 134.71 0.0000 -26.94 0.018 6 0.0036 88.89 0.0002 -14.82 0.223 7 0.0001 133.49 0.0000 -19.07 0.005 8 0.0001 63.59 0.0000 -7.95 0.004 9 0.0002 135.22 0.0000 -15.02 0.012 10 0.0047 -88.26 0.0003 8.83 0.294 11 0.0000 -111.16 0.0000 10.11 0.001 12 0.0002 18.13 0.0000 -1.51 0.013 13 0.0003 141.72 0.0000 -10.90 0.016 14 0.0043 -91.19 0.0002 6.51 0.265 15 0.0001 -94.75 0.0000 6.32 0.007 16 0.0001 167.99 0.0000 -10.50 0.009 08:42:13 Coil Rotation Frequency, Fcoil = 3.11258 Hz 08:42:17 Coil Rotation Frequency, Fcoil = 3.112385 Hz 08:42:42 Coil Voltage Measurement # 23 Made, Stored in RAWFILE 08:42:46 Coil Rotation Frequency, Fcoil = 3.114343 Hz 08:42:50 Coil Rotation Frequency, Fcoil = 3.112999 Hz 08:42:50 Coil Voltage: Vfit(i) = 1.60288 * cos(2*2pi*i/n + 90.19 deg) = -1.60287 * sin(2*2pi*i/n) + -0.00540 * cos(2*2pi*i/n) RMS of the residuals = 0.00781 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.113077 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0083 -25.66 0.0005 25.66 0.519 2 1.6029 90.19 0.0918 -45.10 100.000 3 0.0007 119.64 0.0000 -39.88 0.041 4 0.0003 -97.19 0.0000 24.30 0.016 5 0.0003 121.37 0.0000 -24.27 0.019 6 0.0035 89.64 0.0002 -14.94 0.217 7 0.0001 89.45 0.0000 -12.78 0.009 8 0.0001 -17.66 0.0000 2.21 0.004 9 0.0003 123.43 0.0000 -13.71 0.019 10 0.0047 -87.55 0.0003 8.76 0.292 11 0.0000 85.54 0.0000 -7.78 0.002 12 0.0002 -5.59 0.0000 0.47 0.015 13 0.0002 141.53 0.0000 -10.89 0.012 14 0.0042 -90.75 0.0002 6.48 0.263 15 0.0002 -82.84 0.0000 5.52 0.011 16 0.0002 144.85 0.0000 -9.05 0.014 08:42:53 Coil Rotation Frequency, Fcoil = 3.113061 Hz 08:42:57 Coil Rotation Frequency, Fcoil = 3.112069 Hz 08:43:22 Coil Voltage Measurement # 24 Made, Stored in RAWFILE 08:43:26 Coil Rotation Frequency, Fcoil = 3.113678 Hz 08:43:30 Coil Rotation Frequency, Fcoil = 3.114012 Hz 08:43:30 Coil Voltage: Vfit(i) = 1.60201 * cos(2*2pi*i/n + 90.19 deg) = -1.60200 * sin(2*2pi*i/n) + -0.00543 * cos(2*2pi*i/n) RMS of the residuals = 0.00784 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.113205 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0083 -25.71 0.0005 25.71 0.517 2 1.6020 90.19 0.0917 -45.10 100.000 3 0.0006 116.94 0.0000 -38.98 0.035 4 0.0002 -78.84 0.0000 19.71 0.013 5 0.0002 127.70 0.0000 -25.54 0.013 6 0.0036 90.03 0.0002 -15.01 0.223 7 0.0001 73.79 0.0000 -10.54 0.006 8 0.0000 117.00 0.0000 -14.63 0.001 9 0.0003 123.11 0.0000 -13.68 0.016 10 0.0047 -88.96 0.0003 8.90 0.296 11 0.0001 70.87 0.0000 -6.44 0.003 12 0.0002 -1.33 0.0000 0.11 0.015 13 0.0002 159.62 0.0000 -12.28 0.015 14 0.0043 -92.21 0.0002 6.59 0.267 15 0.0001 -112.29 0.0000 7.49 0.006 16 0.0001 130.51 0.0000 -8.16 0.009 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 0.00048 0.00000 25.71 0.05 0.5199 0.0025 2 0.09177 0.00003 -45.10 0.00 100.0000 0.0000 3 0.00004 0.00000 -40.43 1.11 0.0397 0.0026 4 0.00001 0.00000 21.11 1.86 0.0163 0.0022 5 0.00002 0.00000 -25.47 0.96 0.0172 0.0027 6 0.00020 0.00000 -14.93 0.07 0.2210 0.0026 7 0.00001 0.00000 -14.13 3.13 0.0068 0.0015 8 0.00000 0.00000 -7.33 6.07 0.0030 0.0013 9 0.00001 0.00000 -14.09 0.55 0.0151 0.0025 10 0.00027 0.00000 8.79 0.08 0.2948 0.0019 11 0.00000 0.00000 -0.13 7.37 0.0018 0.0011 12 0.00001 0.00000 0.17 1.12 0.0155 0.0021 13 0.00001 0.00000 -5.09 10.86 0.0137 0.0015 14 0.00024 0.00001 6.51 0.05 0.2614 0.0068 15 0.00001 0.00000 6.00 1.03 0.0073 0.0020 16 0.00001 0.00000 -8.87 1.05 0.0096 0.0030 08:43:32 Magnet Current, Imag = 50.08714 A 08:43:32 Magnet Current Ramping to 100 A... 08:44:21 Magnet Current, Imag = 100.0954 A 08:44:22 Magnet Current, Imag = 100.0956 A 08:44:24 Magnet Current, Imag = 100.0954 A 08:44:25 Magnet Current, Imag = 100.0938 A 08:44:27 Magnet Current, Imag = 100.0944 A 08:44:27 Magnet Current Measurement: Imag = 100.0948 +- 7.345744E-04 A 08:44:30 Coil Rotation Frequency, Fcoil = 3.113002 Hz 08:44:34 Coil Rotation Frequency, Fcoil = 3.113805 Hz 08:44:59 Coil Voltage Measurement # 25 Made, Stored in RAWFILE 08:45:02 Coil Rotation Frequency, Fcoil = 3.112461 Hz 08:45:07 Coil Rotation Frequency, Fcoil = 3.113634 Hz 08:45:07 Coil Voltage: Vfit(i) = 3.19987 * cos(2*2pi*i/n + 90.24 deg) = -3.19984 * sin(2*2pi*i/n) + -0.01347 * cos(2*2pi*i/n) RMS of the residuals = 0.01577 08:45:07 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.113225 1/s Coil Voltage, V2 = 3.199867 V Integrated Gradient, GL = 4.103425 T 08:45:10 Coil Rotation Frequency, Fcoil = 3.115082 Hz 08:45:14 Coil Rotation Frequency, Fcoil = 3.115316 Hz 08:45:38 Coil Voltage Measurement # 26 Made, Stored in RAWFILE 08:45:42 Coil Rotation Frequency, Fcoil = 3.113941 Hz 08:45:46 Coil Rotation Frequency, Fcoil = 3.114535 Hz 08:45:46 Coil Voltage: Vfit(i) = 3.20048 * cos(2*2pi*i/n + 90.24 deg) = -3.20045 * sin(2*2pi*i/n) + -0.01354 * cos(2*2pi*i/n) RMS of the residuals = 0.01584 08:45:46 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.114718 1/s Coil Voltage, V2 = 3.200479 V Integrated Gradient, GL = 4.102242 T 08:45:50 Coil Rotation Frequency, Fcoil = 3.113914 Hz 08:45:54 Coil Rotation Frequency, Fcoil = 3.113229 Hz 08:46:18 Coil Voltage Measurement # 27 Made, Stored in RAWFILE 08:46:22 Coil Rotation Frequency, Fcoil = 3.113471 Hz 08:46:26 Coil Rotation Frequency, Fcoil = 3.113185 Hz 08:46:26 Coil Voltage: Vfit(i) = 3.20066 * cos(2*2pi*i/n + 90.24 deg) = -3.20063 * sin(2*2pi*i/n) + -0.01339 * cos(2*2pi*i/n) RMS of the residuals = 0.01577 08:46:26 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.11345 1/s Coil Voltage, V2 = 3.200658 V Integrated Gradient, GL = 4.104142 T 08:46:29 Coil Rotation Frequency, Fcoil = 3.113844 Hz 08:46:34 Coil Rotation Frequency, Fcoil = 3.113524 Hz 08:46:58 Coil Voltage Measurement # 28 Made, Stored in RAWFILE 08:47:02 Coil Rotation Frequency, Fcoil = 3.112715 Hz 08:47:06 Coil Rotation Frequency, Fcoil = 3.114213 Hz 08:47:06 Coil Voltage: Vfit(i) = 3.19983 * cos(2*2pi*i/n + 90.24 deg) = -3.19981 * sin(2*2pi*i/n) + -0.01346 * cos(2*2pi*i/n) RMS of the residuals = 0.01561 08:47:06 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.113574 1/s Coil Voltage, V2 = 3.199833 V Integrated Gradient, GL = 4.102921 T 08:47:06 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = 4.103183 +- 6.951624E-04 T 08:47:09 Coil Rotation Frequency, Fcoil = 3.112267 Hz 08:47:13 Coil Rotation Frequency, Fcoil = 3.111296 Hz 08:47:38 Coil Voltage Measurement # 29 Made, Stored in RAWFILE 08:47:42 Coil Rotation Frequency, Fcoil = 3.113067 Hz 08:47:46 Coil Rotation Frequency, Fcoil = 3.112925 Hz 08:47:46 Coil Voltage: Vfit(i) = 3.19984 * cos(2*2pi*i/n + 90.24 deg) = -3.19981 * sin(2*2pi*i/n) + -0.01343 * cos(2*2pi*i/n) RMS of the residuals = 0.01577 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.112389 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0168 -26.93 0.0010 26.93 0.524 2 3.1998 90.24 0.1832 -45.12 100.000 3 0.0012 128.55 0.0001 -42.85 0.039 4 0.0004 -83.97 0.0000 20.99 0.014 5 0.0006 126.43 0.0000 -25.29 0.019 6 0.0069 89.67 0.0004 -14.94 0.217 7 0.0002 108.93 0.0000 -15.56 0.005 8 0.0001 6.79 0.0000 -0.85 0.004 9 0.0004 135.77 0.0000 -15.09 0.014 10 0.0096 -87.12 0.0006 8.71 0.301 11 0.0001 -155.95 0.0000 14.18 0.003 12 0.0002 -56.46 0.0000 4.71 0.006 13 0.0005 132.65 0.0000 -10.20 0.014 14 0.0085 -87.26 0.0005 6.23 0.266 15 0.0002 -101.96 0.0000 6.80 0.007 16 0.0000 97.16 0.0000 -6.07 0.001 08:47:49 Coil Rotation Frequency, Fcoil = 3.113445 Hz 08:47:53 Coil Rotation Frequency, Fcoil = 3.112479 Hz 08:48:18 Coil Voltage Measurement # 30 Made, Stored in RAWFILE 08:48:22 Coil Rotation Frequency, Fcoil = 3.113932 Hz 08:48:26 Coil Rotation Frequency, Fcoil = 3.113634 Hz 08:48:26 Coil Voltage: Vfit(i) = 3.19752 * cos(2*2pi*i/n + 90.24 deg) = -3.19749 * sin(2*2pi*i/n) + -0.01345 * cos(2*2pi*i/n) RMS of the residuals = 0.01582 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.113373 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0168 -26.83 0.0010 26.83 0.525 2 3.1975 90.24 0.1831 -45.12 100.000 3 0.0014 128.90 0.0001 -42.97 0.044 4 0.0007 -71.42 0.0000 17.85 0.021 5 0.0005 130.66 0.0000 -26.13 0.014 6 0.0071 90.61 0.0004 -15.10 0.223 7 0.0002 94.94 0.0000 -13.56 0.005 8 0.0002 18.39 0.0000 -2.30 0.005 9 0.0005 128.89 0.0000 -14.32 0.016 10 0.0096 -89.45 0.0005 8.94 0.299 11 0.0001 3.38 0.0000 -0.31 0.003 12 0.0002 -144.56 0.0000 12.05 0.006 13 0.0005 149.05 0.0000 -11.47 0.015 14 0.0085 -89.49 0.0005 6.39 0.266 15 0.0003 -44.60 0.0000 2.97 0.010 16 0.0003 22.31 0.0000 -1.39 0.008 08:48:29 Coil Rotation Frequency, Fcoil = 3.113008 Hz 08:48:33 Coil Rotation Frequency, Fcoil = 3.113424 Hz 08:48:58 Coil Voltage Measurement # 31 Made, Stored in RAWFILE 08:49:02 Coil Rotation Frequency, Fcoil = 3.112438 Hz 08:49:06 Coil Rotation Frequency, Fcoil = 3.113244 Hz 08:49:06 Coil Voltage: Vfit(i) = 3.19875 * cos(2*2pi*i/n + 90.24 deg) = -3.19873 * sin(2*2pi*i/n) + -0.01344 * cos(2*2pi*i/n) RMS of the residuals = 0.01567 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.113028 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0166 -27.14 0.0010 27.14 0.519 2 3.1988 90.24 0.1831 -45.12 100.000 3 0.0012 123.46 0.0001 -41.15 0.038 4 0.0007 -80.90 0.0000 20.22 0.021 5 0.0006 132.44 0.0000 -26.49 0.017 6 0.0070 88.76 0.0004 -14.79 0.220 7 0.0002 121.26 0.0000 -17.32 0.007 8 0.0003 35.54 0.0000 -4.44 0.009 9 0.0005 144.76 0.0000 -16.08 0.015 10 0.0094 -87.92 0.0005 8.79 0.295 11 0.0001 8.36 0.0000 -0.76 0.002 12 0.0004 27.28 0.0000 -2.27 0.011 13 0.0006 142.17 0.0000 -10.94 0.018 14 0.0085 -92.44 0.0005 6.60 0.267 15 0.0000 -107.19 0.0000 7.15 0.001 16 0.0002 105.40 0.0000 -6.59 0.007 08:49:09 Coil Rotation Frequency, Fcoil = 3.111555 Hz 08:49:13 Coil Rotation Frequency, Fcoil = 3.111408 Hz 08:49:38 Coil Voltage Measurement # 32 Made, Stored in RAWFILE 08:49:42 Coil Rotation Frequency, Fcoil = 3.112647 Hz 08:49:46 Coil Rotation Frequency, Fcoil = 3.111883 Hz 08:49:46 Coil Voltage: Vfit(i) = 3.19739 * cos(2*2pi*i/n + 90.24 deg) = -3.19736 * sin(2*2pi*i/n) + -0.01341 * cos(2*2pi*i/n) RMS of the residuals = 0.01566 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.111873 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0166 -27.16 0.0009 27.16 0.518 2 3.1974 90.24 0.1831 -45.12 100.000 3 0.0012 121.64 0.0001 -40.55 0.037 4 0.0005 -81.77 0.0000 20.44 0.015 5 0.0005 113.18 0.0000 -22.64 0.015 6 0.0069 90.90 0.0004 -15.15 0.217 7 0.0002 102.37 0.0000 -14.62 0.007 8 0.0001 -30.54 0.0000 3.82 0.003 9 0.0004 116.47 0.0000 -12.94 0.013 10 0.0095 -88.27 0.0005 8.83 0.298 11 0.0002 43.70 0.0000 -3.97 0.005 12 0.0002 -20.77 0.0000 1.73 0.006 13 0.0004 133.58 0.0000 -10.28 0.013 14 0.0086 -90.54 0.0005 6.47 0.268 15 0.0001 -48.41 0.0000 3.23 0.004 16 0.0001 32.73 0.0000 -2.05 0.003 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 0.00095 0.00001 27.01 0.14 0.5214 0.0028 2 0.18315 0.00007 -45.12 0.00 100.0000 0.0000 3 0.00007 0.00001 -41.88 1.05 0.0394 0.0029 4 0.00003 0.00001 19.88 1.20 0.0177 0.0035 5 0.00003 0.00000 -25.14 1.51 0.0163 0.0018 6 0.00040 0.00000 -15.00 0.14 0.2193 0.0026 7 0.00001 0.00000 -15.27 1.38 0.0060 0.0007 8 0.00001 0.00000 -0.94 3.03 0.0056 0.0022 9 0.00003 0.00000 -14.61 1.15 0.0144 0.0013 10 0.00055 0.00000 8.82 0.08 0.2985 0.0020 11 0.00001 0.00000 2.28 7.01 0.0033 0.0012 12 0.00001 0.00000 4.05 5.24 0.0073 0.0022 13 0.00003 0.00000 -10.72 0.52 0.0151 0.0017 14 0.00049 0.00000 6.42 0.13 0.2670 0.0006 15 0.00001 0.00001 5.04 1.94 0.0056 0.0035 16 0.00001 0.00001 -4.03 2.32 0.0048 0.0030 08:49:47 Magnet Current, Imag = 100.0942 A 08:49:47 Magnet Current Ramping to 150 A... 08:50:36 Magnet Current, Imag = 150.1188 A 08:50:37 Magnet Current, Imag = 150.1204 A 08:50:39 Magnet Current, Imag = 150.1206 A 08:50:40 Magnet Current, Imag = 150.1206 A 08:50:41 Magnet Current, Imag = 150.121 A 08:50:41 Magnet Current Measurement: Imag = 150.1207 +- 2.164652E-04 A 08:50:44 Coil Rotation Frequency, Fcoil = 3.109721 Hz 08:50:49 Coil Rotation Frequency, Fcoil = 3.112544 Hz 08:51:13 Coil Voltage Measurement # 33 Made, Stored in RAWFILE 08:51:17 Coil Rotation Frequency, Fcoil = 3.111393 Hz 08:51:21 Coil Rotation Frequency, Fcoil = 3.114113 Hz 08:51:21 Coil Voltage: Vfit(i) = 4.78604 * cos(2*2pi*i/n + 90.24 deg) = -4.78600 * sin(2*2pi*i/n) + -0.02035 * cos(2*2pi*i/n) RMS of the residuals = 0.02343 08:51:21 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.111943 1/s Coil Voltage, V2 = 4.786044 V Integrated Gradient, GL = 6.140025 T 08:51:24 Coil Rotation Frequency, Fcoil = 3.114494 Hz 08:51:28 Coil Rotation Frequency, Fcoil = 3.111877 Hz 08:51:53 Coil Voltage Measurement # 34 Made, Stored in RAWFILE 08:51:57 Coil Rotation Frequency, Fcoil = 3.113353 Hz 08:52:01 Coil Rotation Frequency, Fcoil = 3.114411 Hz 08:52:01 Coil Voltage: Vfit(i) = 4.78908 * cos(2*2pi*i/n + 90.24 deg) = -4.78904 * sin(2*2pi*i/n) + -0.02037 * cos(2*2pi*i/n) RMS of the residuals = 0.02358 08:52:01 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.113534 1/s Coil Voltage, V2 = 4.789082 V Integrated Gradient, GL = 6.140783 T 08:52:04 Coil Rotation Frequency, Fcoil = 3.113864 Hz 08:52:08 Coil Rotation Frequency, Fcoil = 3.113684 Hz 08:52:33 Coil Voltage Measurement # 35 Made, Stored in RAWFILE 08:52:37 Coil Rotation Frequency, Fcoil = 3.111245 Hz 08:52:41 Coil Rotation Frequency, Fcoil = 3.111095 Hz 08:52:41 Coil Voltage: Vfit(i) = 4.78992 * cos(2*2pi*i/n + 90.24 deg) = -4.78988 * sin(2*2pi*i/n) + -0.02030 * cos(2*2pi*i/n) RMS of the residuals = 0.02352 08:52:41 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.112472 1/s Coil Voltage, V2 = 4.789921 V Integrated Gradient, GL = 6.143954 T 08:52:44 Coil Rotation Frequency, Fcoil = 3.112207 Hz 08:52:48 Coil Rotation Frequency, Fcoil = 3.113117 Hz 08:53:13 Coil Voltage Measurement # 36 Made, Stored in RAWFILE 08:53:17 Coil Rotation Frequency, Fcoil = 3.111302 Hz 08:53:21 Coil Rotation Frequency, Fcoil = 3.113028 Hz 08:53:21 Coil Voltage: Vfit(i) = 4.78743 * cos(2*2pi*i/n + 90.24 deg) = -4.78738 * sin(2*2pi*i/n) + -0.02016 * cos(2*2pi*i/n) RMS of the residuals = 0.02353 08:53:21 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.112414 1/s Coil Voltage, V2 = 4.787426 V Integrated Gradient, GL = 6.140869 T 08:53:21 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = 6.141407 +- 1.506247E-03 T 08:53:24 Coil Rotation Frequency, Fcoil = 3.111239 Hz 08:53:28 Coil Rotation Frequency, Fcoil = 3.112396 Hz 08:53:53 Coil Voltage Measurement # 37 Made, Stored in RAWFILE 08:53:57 Coil Rotation Frequency, Fcoil = 3.112647 Hz 08:54:01 Coil Rotation Frequency, Fcoil = 3.114249 Hz 08:54:01 Coil Voltage: Vfit(i) = 4.78710 * cos(2*2pi*i/n + 90.24 deg) = -4.78705 * sin(2*2pi*i/n) + -0.02023 * cos(2*2pi*i/n) RMS of the residuals = 0.02340 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.112633 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0250 -27.21 0.0014 27.21 0.523 2 4.7871 90.24 0.2741 -45.12 100.000 3 0.0019 131.28 0.0001 -43.76 0.039 4 0.0010 -125.43 0.0001 31.36 0.021 5 0.0008 128.06 0.0000 -25.61 0.016 6 0.0105 89.28 0.0006 -14.88 0.220 7 0.0003 128.57 0.0000 -18.37 0.006 8 0.0007 16.82 0.0000 -2.10 0.015 9 0.0007 136.72 0.0000 -15.19 0.016 10 0.0142 -87.63 0.0008 8.76 0.297 11 0.0001 47.56 0.0000 -4.32 0.003 12 0.0005 -24.26 0.0000 2.02 0.011 13 0.0006 148.78 0.0000 -11.44 0.012 14 0.0122 -88.34 0.0007 6.31 0.255 15 0.0005 -78.31 0.0000 5.22 0.010 16 0.0002 107.40 0.0000 -6.71 0.005 08:54:04 Coil Rotation Frequency, Fcoil = 3.113403 Hz 08:54:08 Coil Rotation Frequency, Fcoil = 3.112261 Hz 08:54:33 Coil Voltage Measurement # 38 Made, Stored in RAWFILE 08:54:36 Coil Rotation Frequency, Fcoil = 3.109721 Hz 08:54:41 Coil Rotation Frequency, Fcoil = 3.111045 Hz 08:54:41 Coil Voltage: Vfit(i) = 4.78566 * cos(2*2pi*i/n + 90.24 deg) = -4.78561 * sin(2*2pi*i/n) + -0.02023 * cos(2*2pi*i/n) RMS of the residuals = 0.02363 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.111607 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0250 -27.51 0.0014 27.51 0.522 2 4.7857 90.24 0.2741 -45.12 100.000 3 0.0019 129.28 0.0001 -43.09 0.040 4 0.0008 -115.15 0.0000 28.79 0.017 5 0.0008 130.92 0.0000 -26.18 0.016 6 0.0105 90.45 0.0006 -15.07 0.220 7 0.0003 91.63 0.0000 -13.09 0.007 8 0.0005 -2.29 0.0000 0.29 0.011 9 0.0007 128.45 0.0000 -14.27 0.014 10 0.0144 -88.03 0.0008 8.80 0.301 11 0.0001 89.82 0.0000 -8.17 0.002 12 0.0004 4.82 0.0000 -0.40 0.009 13 0.0006 142.41 0.0000 -10.95 0.012 14 0.0129 -89.43 0.0007 6.39 0.269 15 0.0002 -62.47 0.0000 4.16 0.004 16 0.0006 -137.29 0.0000 8.58 0.012 08:54:44 Coil Rotation Frequency, Fcoil = 3.111977 Hz 08:54:48 Coil Rotation Frequency, Fcoil = 3.112842 Hz 08:55:12 Coil Voltage Measurement # 39 Made, Stored in RAWFILE 08:55:16 Coil Rotation Frequency, Fcoil = 3.113229 Hz 08:55:20 Coil Rotation Frequency, Fcoil = 3.114346 Hz 08:55:20 Coil Voltage: Vfit(i) = 4.78674 * cos(2*2pi*i/n + 90.24 deg) = -4.78669 * sin(2*2pi*i/n) + -0.02026 * cos(2*2pi*i/n) RMS of the residuals = 0.02356 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.113099 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0250 -27.62 0.0014 27.62 0.522 2 4.7867 90.24 0.2741 -45.12 100.000 3 0.0018 124.74 0.0001 -41.58 0.039 4 0.0010 -108.48 0.0001 27.12 0.022 5 0.0007 140.56 0.0000 -28.11 0.014 6 0.0107 89.66 0.0006 -14.94 0.223 7 0.0003 133.34 0.0000 -19.05 0.005 8 0.0006 24.71 0.0000 -3.09 0.012 9 0.0005 140.96 0.0000 -15.66 0.011 10 0.0144 -88.86 0.0008 8.89 0.300 11 0.0001 41.27 0.0000 -3.75 0.002 12 0.0004 -83.71 0.0000 6.98 0.008 13 0.0010 148.38 0.0001 -11.41 0.020 14 0.0125 -89.21 0.0007 6.37 0.262 15 0.0004 -32.60 0.0000 2.17 0.007 16 0.0004 145.30 0.0000 -9.08 0.008 08:55:24 Coil Rotation Frequency, Fcoil = 3.112683 Hz 08:55:28 Coil Rotation Frequency, Fcoil = 3.113599 Hz 08:55:52 Coil Voltage Measurement # 40 Made, Stored in RAWFILE 08:55:56 Coil Rotation Frequency, Fcoil = 3.11252 Hz 08:56:00 Coil Rotation Frequency, Fcoil = 3.1133 Hz 08:56:00 Coil Voltage: Vfit(i) = 4.78838 * cos(2*2pi*i/n + 90.24 deg) = -4.78834 * sin(2*2pi*i/n) + -0.02026 * cos(2*2pi*i/n) RMS of the residuals = 0.02337 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.113025 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0247 -27.68 0.0014 27.68 0.516 2 4.7884 90.24 0.2742 -45.12 100.000 3 0.0018 124.67 0.0001 -41.56 0.037 4 0.0011 -120.14 0.0001 30.03 0.023 5 0.0008 126.42 0.0000 -25.28 0.017 6 0.0103 89.99 0.0006 -15.00 0.215 7 0.0004 106.33 0.0000 -15.19 0.008 8 0.0005 -1.66 0.0000 0.21 0.011 9 0.0007 134.62 0.0000 -14.96 0.014 10 0.0144 -86.53 0.0008 8.65 0.300 11 0.0001 147.31 0.0000 -13.39 0.002 12 0.0007 -7.86 0.0000 0.65 0.016 13 0.0006 137.84 0.0000 -10.60 0.012 14 0.0127 -88.78 0.0007 6.34 0.265 15 0.0004 -90.18 0.0000 6.01 0.009 16 0.0002 150.64 0.0000 -9.41 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 0.00143 0.00001 27.50 0.18 0.5207 0.0025 2 0.27412 0.00004 -45.12 0.00 100.0000 0.0000 3 0.00011 0.00000 -42.50 0.96 0.0384 0.0012 4 0.00006 0.00001 29.33 1.56 0.0210 0.0021 5 0.00004 0.00000 -26.30 1.10 0.0158 0.0011 6 0.00060 0.00001 -14.97 0.07 0.2195 0.0028 7 0.00002 0.00000 -16.42 2.41 0.0067 0.0012 8 0.00003 0.00000 -1.17 1.46 0.0124 0.0017 9 0.00004 0.00000 -15.02 0.50 0.0137 0.0017 10 0.00082 0.00000 8.78 0.08 0.2994 0.0017 11 0.00001 0.00000 -7.41 3.85 0.0019 0.0004 12 0.00003 0.00001 2.31 2.83 0.0110 0.0028 13 0.00004 0.00001 -11.10 0.35 0.0140 0.0034 14 0.00072 0.00001 6.35 0.03 0.2625 0.0053 15 0.00002 0.00001 4.39 1.44 0.0075 0.0025 16 0.00002 0.00001 -4.16 7.43 0.0073 0.0029 08:56:02 Magnet Current, Imag = 150.1228 A 08:56:02 Magnet Current Ramping to 200 A... 08:56:51 Magnet Current, Imag = 200.378 A 08:56:52 Magnet Current, Imag = 200.3776 A 08:56:53 Magnet Current, Imag = 200.381 A 08:56:55 Magnet Current, Imag = 200.38 A 08:56:56 Magnet Current, Imag = 200.3818 A 08:56:56 Magnet Current Measurement: Imag = 200.3801 +- 1.575484E-03 A 08:56:59 Coil Rotation Frequency, Fcoil = 3.112148 Hz 08:57:03 Coil Rotation Frequency, Fcoil = 3.111995 Hz 08:57:28 Coil Voltage Measurement # 41 Made, Stored in RAWFILE 08:57:32 Coil Rotation Frequency, Fcoil = 3.110113 Hz 08:57:36 Coil Rotation Frequency, Fcoil = 3.112151 Hz 08:57:36 Coil Voltage: Vfit(i) = 6.36258 * cos(2*2pi*i/n + 90.24 deg) = -6.36252 * sin(2*2pi*i/n) + -0.02713 * cos(2*2pi*i/n) RMS of the residuals = 0.03112 08:57:36 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.111602 1/s Coil Voltage, V2 = 6.362581 V Integrated Gradient, GL = 8.163462 T 08:57:39 Coil Rotation Frequency, Fcoil = 3.112453 Hz 08:57:43 Coil Rotation Frequency, Fcoil = 3.112716 Hz 08:58:08 Coil Voltage Measurement # 42 Made, Stored in RAWFILE 08:58:12 Coil Rotation Frequency, Fcoil = 3.111721 Hz 08:58:16 Coil Rotation Frequency, Fcoil = 3.112078 Hz 08:58:16 Coil Voltage: Vfit(i) = 6.36369 * cos(2*2pi*i/n + 90.24 deg) = -6.36364 * sin(2*2pi*i/n) + -0.02715 * cos(2*2pi*i/n) RMS of the residuals = 0.03083 08:58:16 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.112242 1/s Coil Voltage, V2 = 6.363691 V Integrated Gradient, GL = 8.163207 T 08:58:20 Coil Rotation Frequency, Fcoil = 3.111927 Hz 08:58:24 Coil Rotation Frequency, Fcoil = 3.112031 Hz 08:58:48 Coil Voltage Measurement # 43 Made, Stored in RAWFILE 08:58:52 Coil Rotation Frequency, Fcoil = 3.112078 Hz 08:58:56 Coil Rotation Frequency, Fcoil = 3.113232 Hz 08:58:56 Coil Voltage: Vfit(i) = 6.36142 * cos(2*2pi*i/n + 90.24 deg) = -6.36136 * sin(2*2pi*i/n) + -0.02712 * cos(2*2pi*i/n) RMS of the residuals = 0.03063 08:58:56 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.112317 1/s Coil Voltage, V2 = 6.361417 V Integrated Gradient, GL = 8.160094 T 08:59:00 Coil Rotation Frequency, Fcoil = 3.110821 Hz 08:59:04 Coil Rotation Frequency, Fcoil = 3.11276 Hz 08:59:28 Coil Voltage Measurement # 44 Made, Stored in RAWFILE 08:59:32 Coil Rotation Frequency, Fcoil = 3.113796 Hz 08:59:36 Coil Rotation Frequency, Fcoil = 3.112561 Hz 08:59:36 Coil Voltage: Vfit(i) = 6.36648 * cos(2*2pi*i/n + 90.24 deg) = -6.36643 * sin(2*2pi*i/n) + -0.02690 * cos(2*2pi*i/n) RMS of the residuals = 0.03097 08:59:36 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.112484 1/s Coil Voltage, V2 = 6.36648 V Integrated Gradient, GL = 8.166149 T 08:59:36 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = 8.163228 +- 2.145252E-03 T 08:59:40 Coil Rotation Frequency, Fcoil = 3.111889 Hz 08:59:44 Coil Rotation Frequency, Fcoil = 3.114523 Hz 09:00:08 Coil Voltage Measurement # 45 Made, Stored in RAWFILE 09:00:12 Coil Rotation Frequency, Fcoil = 3.112724 Hz 09:00:16 Coil Rotation Frequency, Fcoil = 3.113247 Hz 09:00:16 Coil Voltage: Vfit(i) = 6.36663 * cos(2*2pi*i/n + 90.24 deg) = -6.36658 * sin(2*2pi*i/n) + -0.02704 * cos(2*2pi*i/n) RMS of the residuals = 0.03104 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.113096 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0328 -27.90 0.0019 27.90 0.515 2 6.3666 90.24 0.3645 -45.12 100.000 3 0.0021 133.52 0.0001 -44.51 0.034 4 0.0012 -103.66 0.0001 25.91 0.020 5 0.0011 133.96 0.0001 -26.79 0.017 6 0.0135 89.04 0.0008 -14.84 0.213 7 0.0003 124.38 0.0000 -17.77 0.005 8 0.0003 142.42 0.0000 -17.80 0.005 9 0.0011 123.94 0.0001 -13.77 0.017 10 0.0188 -87.77 0.0011 8.78 0.296 11 0.0001 31.33 0.0000 -2.85 0.001 12 0.0008 53.46 0.0000 -4.45 0.012 13 0.0009 150.52 0.0001 -11.58 0.014 14 0.0174 -88.13 0.0010 6.29 0.273 15 0.0003 -112.83 0.0000 7.52 0.004 16 0.0003 64.82 0.0000 -4.05 0.005 09:00:20 Coil Rotation Frequency, Fcoil = 3.113956 Hz 09:00:24 Coil Rotation Frequency, Fcoil = 3.113117 Hz 09:00:48 Coil Voltage Measurement # 46 Made, Stored in RAWFILE 09:00:52 Coil Rotation Frequency, Fcoil = 3.110301 Hz 09:00:56 Coil Rotation Frequency, Fcoil = 3.113209 Hz 09:00:56 Coil Voltage: Vfit(i) = 6.36528 * cos(2*2pi*i/n + 90.24 deg) = -6.36522 * sin(2*2pi*i/n) + -0.02694 * cos(2*2pi*i/n) RMS of the residuals = 0.03087 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.112646 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0328 -27.85 0.0019 27.85 0.515 2 6.3653 90.24 0.3645 -45.12 100.000 3 0.0023 135.69 0.0001 -45.23 0.035 4 0.0010 -94.42 0.0001 23.61 0.016 5 0.0011 129.88 0.0001 -25.98 0.018 6 0.0133 90.07 0.0008 -15.01 0.209 7 0.0005 123.05 0.0000 -17.58 0.008 8 0.0003 154.71 0.0000 -19.34 0.005 9 0.0011 134.78 0.0001 -14.98 0.018 10 0.0191 -87.88 0.0011 8.79 0.300 11 0.0002 119.17 0.0000 -10.83 0.003 12 0.0006 14.54 0.0000 -1.21 0.010 13 0.0010 155.44 0.0001 -11.96 0.015 14 0.0166 -88.24 0.0010 6.30 0.261 15 0.0002 -39.42 0.0000 2.63 0.003 16 0.0003 -1.32 0.0000 0.08 0.004 09:00:59 Coil Rotation Frequency, Fcoil = 3.111717 Hz 09:01:04 Coil Rotation Frequency, Fcoil = 3.112532 Hz 09:01:28 Coil Voltage Measurement # 47 Made, Stored in RAWFILE 09:01:32 Coil Rotation Frequency, Fcoil = 3.109771 Hz 09:01:36 Coil Rotation Frequency, Fcoil = 3.111325 Hz 09:01:36 Coil Voltage: Vfit(i) = 6.36509 * cos(2*2pi*i/n + 90.24 deg) = -6.36504 * sin(2*2pi*i/n) + -0.02687 * cos(2*2pi*i/n) RMS of the residuals = 0.03118 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.111336 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0328 -27.42 0.0019 27.42 0.515 2 6.3651 90.24 0.3646 -45.12 100.000 3 0.0026 126.80 0.0001 -42.27 0.041 4 0.0011 -78.72 0.0001 19.68 0.018 5 0.0009 132.98 0.0001 -26.60 0.014 6 0.0135 90.12 0.0008 -15.02 0.213 7 0.0003 100.34 0.0000 -14.33 0.005 8 0.0004 165.76 0.0000 -20.72 0.006 9 0.0009 120.68 0.0001 -13.41 0.015 10 0.0194 -88.22 0.0011 8.82 0.304 11 0.0001 46.84 0.0000 -4.26 0.001 12 0.0007 -9.32 0.0000 0.78 0.011 13 0.0010 166.82 0.0001 -12.83 0.016 14 0.0173 -87.40 0.0010 6.24 0.272 15 0.0004 -51.27 0.0000 3.42 0.007 16 0.0003 59.54 0.0000 -3.72 0.005 09:01:40 Coil Rotation Frequency, Fcoil = 3.109869 Hz 09:01:44 Coil Rotation Frequency, Fcoil = 3.110785 Hz 09:02:08 Coil Voltage Measurement # 48 Made, Stored in RAWFILE 09:02:12 Coil Rotation Frequency, Fcoil = 3.111538 Hz 09:02:16 Coil Rotation Frequency, Fcoil = 3.112305 Hz 09:02:16 Coil Voltage: Vfit(i) = 6.36450 * cos(2*2pi*i/n + 90.24 deg) = -6.36444 * sin(2*2pi*i/n) + -0.02682 * cos(2*2pi*i/n) RMS of the residuals = 0.03110 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.111124 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0328 -27.68 0.0019 27.68 0.515 2 6.3645 90.24 0.3646 -45.12 100.000 3 0.0024 125.74 0.0001 -41.91 0.038 4 0.0012 -102.77 0.0001 25.69 0.019 5 0.0011 134.64 0.0001 -26.93 0.018 6 0.0133 88.52 0.0008 -14.75 0.210 7 0.0004 124.03 0.0000 -17.72 0.006 8 0.0002 106.62 0.0000 -13.33 0.003 9 0.0010 128.15 0.0001 -14.24 0.016 10 0.0189 -88.27 0.0011 8.83 0.296 11 0.0001 100.40 0.0000 -9.13 0.001 12 0.0010 69.09 0.0001 -5.76 0.015 13 0.0013 143.52 0.0001 -11.04 0.020 14 0.0177 -86.81 0.0010 6.20 0.278 15 0.0006 -50.82 0.0000 3.39 0.009 16 0.0001 -58.03 0.0000 3.63 0.001 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 0.00188 0.00000 27.71 0.19 0.5150 0.0002 2 0.36457 0.00006 -45.12 0.00 100.0000 0.0000 3 0.00013 0.00001 -43.48 1.42 0.0369 0.0027 4 0.00007 0.00000 23.72 2.50 0.0183 0.0013 5 0.00006 0.00001 -26.57 0.36 0.0169 0.0014 6 0.00077 0.00001 -14.91 0.11 0.2109 0.0019 7 0.00002 0.00000 -16.85 1.45 0.0062 0.0010 8 0.00002 0.00000 -17.80 2.78 0.0048 0.0013 9 0.00006 0.00000 -14.10 0.59 0.0162 0.0013 10 0.00109 0.00001 8.80 0.02 0.2991 0.0033 11 0.00001 0.00000 -6.77 3.31 0.0019 0.0009 12 0.00004 0.00001 -2.66 2.58 0.0120 0.0021 13 0.00006 0.00001 -11.85 0.65 0.0165 0.0021 14 0.00099 0.00002 6.26 0.04 0.2708 0.0060 15 0.00002 0.00001 4.24 1.92 0.0057 0.0026 16 0.00001 0.00001 -1.02 3.13 0.0039 0.0017 09:02:18 Magnet Current, Imag = 200.3872 A 09:02:18 Magnet Current Ramping to 250 A... 09:03:07 Magnet Current, Imag = 250.487 A 09:03:08 Magnet Current, Imag = 250.4866 A 09:03:09 Magnet Current, Imag = 250.4884 A 09:03:11 Magnet Current, Imag = 250.4888 A 09:03:12 Magnet Current, Imag = 250.4878 A 09:03:12 Magnet Current Measurement: Imag = 250.4879 +- 8.399613E-04 A 09:03:15 Coil Rotation Frequency, Fcoil = 3.111363 Hz 09:03:19 Coil Rotation Frequency, Fcoil = 3.111145 Hz 09:03:44 Coil Voltage Measurement # 49 Made, Stored in RAWFILE 09:03:48 Coil Rotation Frequency, Fcoil = 3.109815 Hz 09:03:52 Coil Rotation Frequency, Fcoil = 3.112464 Hz 09:03:52 Coil Voltage: Vfit(i) = 7.88968 * cos(2*2pi*i/n + 90.25 deg) = -7.88960 * sin(2*2pi*i/n) + -0.03385 * cos(2*2pi*i/n) RMS of the residuals = 0.03762 09:03:52 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.111197 1/s Coil Voltage, V2 = 7.889675 V Integrated Gradient, GL = 10.12411 T 09:03:55 Coil Rotation Frequency, Fcoil = 3.111753 Hz 09:03:59 Coil Rotation Frequency, Fcoil = 3.111632 Hz 09:04:24 Coil Voltage Measurement # 50 Made, Stored in RAWFILE 09:04:28 Coil Rotation Frequency, Fcoil = 3.111431 Hz 09:04:32 Coil Rotation Frequency, Fcoil = 3.112013 Hz 09:04:32 Coil Voltage: Vfit(i) = 7.89136 * cos(2*2pi*i/n + 90.24 deg) = -7.89129 * sin(2*2pi*i/n) + -0.03372 * cos(2*2pi*i/n) RMS of the residuals = 0.03781 09:04:32 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.111707 1/s Coil Voltage, V2 = 7.891356 V Integrated Gradient, GL = 10.1246 T 09:04:35 Coil Rotation Frequency, Fcoil = 3.111721 Hz 09:04:40 Coil Rotation Frequency, Fcoil = 3.110909 Hz 09:05:04 Coil Voltage Measurement # 51 Made, Stored in RAWFILE 09:05:08 Coil Rotation Frequency, Fcoil = 3.11286 Hz 09:05:12 Coil Rotation Frequency, Fcoil = 3.111959 Hz 09:05:12 Coil Voltage: Vfit(i) = 7.89002 * cos(2*2pi*i/n + 90.25 deg) = -7.88995 * sin(2*2pi*i/n) + -0.03378 * cos(2*2pi*i/n) RMS of the residuals = 0.03732 09:05:13 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.111862 1/s Coil Voltage, V2 = 7.890018 V Integrated Gradient, GL = 10.12238 T 09:05:16 Coil Rotation Frequency, Fcoil = 3.110797 Hz 09:05:20 Coil Rotation Frequency, Fcoil = 3.112069 Hz 09:05:45 Coil Voltage Measurement # 52 Made, Stored in RAWFILE 09:05:49 Coil Rotation Frequency, Fcoil = 3.112146 Hz 09:05:53 Coil Rotation Frequency, Fcoil = 3.111868 Hz 09:05:53 Coil Voltage: Vfit(i) = 7.89192 * cos(2*2pi*i/n + 90.24 deg) = -7.89185 * sin(2*2pi*i/n) + -0.03361 * cos(2*2pi*i/n) RMS of the residuals = 0.03717 09:05:53 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.11172 1/s Coil Voltage, V2 = 7.891917 V Integrated Gradient, GL = 10.12528 T 09:05:53 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = 10.12409 +- 1.072607E-03 T 09:05:56 Coil Rotation Frequency, Fcoil = 3.1133 Hz 09:06:00 Coil Rotation Frequency, Fcoil = 3.108316 Hz 09:06:25 Coil Voltage Measurement # 53 Made, Stored in RAWFILE 09:06:29 Coil Rotation Frequency, Fcoil = 3.111372 Hz 09:06:33 Coil Rotation Frequency, Fcoil = 3.113832 Hz 09:06:33 Coil Voltage: Vfit(i) = 7.88976 * cos(2*2pi*i/n + 90.24 deg) = -7.88969 * sin(2*2pi*i/n) + -0.03351 * cos(2*2pi*i/n) RMS of the residuals = 0.03776 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.111705 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0400 -28.11 0.0023 28.11 0.507 2 7.8898 90.24 0.4519 -45.12 100.000 3 0.0025 122.75 0.0001 -40.92 0.031 4 0.0015 -78.56 0.0001 19.64 0.020 5 0.0012 135.21 0.0001 -27.04 0.015 6 0.0142 90.14 0.0008 -15.02 0.179 7 0.0004 105.05 0.0000 -15.01 0.005 8 0.0000 -70.77 0.0000 8.85 0.001 9 0.0013 117.07 0.0001 -13.01 0.017 10 0.0240 -89.02 0.0014 8.90 0.304 11 0.0003 10.34 0.0000 -0.94 0.004 12 0.0007 81.55 0.0000 -6.80 0.008 13 0.0013 143.62 0.0001 -11.05 0.017 14 0.0214 -88.55 0.0012 6.32 0.271 15 0.0005 -16.63 0.0000 1.11 0.006 16 0.0001 -131.94 0.0000 8.25 0.001 09:06:36 Coil Rotation Frequency, Fcoil = 3.111951 Hz 09:06:40 Coil Rotation Frequency, Fcoil = 3.113335 Hz 09:07:05 Coil Voltage Measurement # 54 Made, Stored in RAWFILE 09:07:09 Coil Rotation Frequency, Fcoil = 3.112488 Hz 09:07:13 Coil Rotation Frequency, Fcoil = 3.111912 Hz 09:07:13 Coil Voltage: Vfit(i) = 7.89281 * cos(2*2pi*i/n + 90.24 deg) = -7.89274 * sin(2*2pi*i/n) + -0.03358 * cos(2*2pi*i/n) RMS of the residuals = 0.03726 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.112422 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0396 -27.97 0.0023 27.97 0.502 2 7.8928 90.24 0.4520 -45.12 100.000 3 0.0026 120.32 0.0001 -40.11 0.033 4 0.0012 -94.32 0.0001 23.58 0.016 5 0.0015 135.98 0.0001 -27.20 0.019 6 0.0141 88.39 0.0008 -14.73 0.179 7 0.0007 131.01 0.0000 -18.72 0.008 8 0.0001 41.69 0.0000 -5.21 0.002 9 0.0013 124.14 0.0001 -13.79 0.016 10 0.0237 -87.94 0.0014 8.79 0.300 11 0.0003 28.19 0.0000 -2.56 0.004 12 0.0011 8.92 0.0001 -0.74 0.014 13 0.0013 143.76 0.0001 -11.06 0.016 14 0.0206 -92.78 0.0012 6.63 0.261 15 0.0007 -63.21 0.0000 4.21 0.009 16 0.0007 165.47 0.0000 -10.34 0.009 09:07:16 Coil Rotation Frequency, Fcoil = 3.11034 Hz 09:07:20 Coil Rotation Frequency, Fcoil = 3.112299 Hz 09:07:45 Coil Voltage Measurement # 55 Made, Stored in RAWFILE 09:07:49 Coil Rotation Frequency, Fcoil = 3.111762 Hz 09:07:53 Coil Rotation Frequency, Fcoil = 3.110151 Hz 09:07:53 Coil Voltage: Vfit(i) = 7.88902 * cos(2*2pi*i/n + 90.24 deg) = -7.88894 * sin(2*2pi*i/n) + -0.03355 * cos(2*2pi*i/n) RMS of the residuals = 0.03708 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.111138 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0394 -28.62 0.0023 28.62 0.499 2 7.8890 90.24 0.4520 -45.12 100.000 3 0.0023 114.66 0.0001 -38.22 0.029 4 0.0012 -62.83 0.0001 15.71 0.016 5 0.0013 129.68 0.0001 -25.94 0.017 6 0.0140 89.93 0.0008 -14.99 0.177 7 0.0006 98.00 0.0000 -14.00 0.008 8 0.0002 147.24 0.0000 -18.41 0.002 9 0.0016 130.69 0.0001 -14.52 0.020 10 0.0241 -87.88 0.0014 8.79 0.306 11 0.0002 74.62 0.0000 -6.78 0.002 12 0.0015 -38.83 0.0001 3.24 0.019 13 0.0009 158.64 0.0001 -12.20 0.011 14 0.0201 -92.61 0.0012 6.62 0.255 15 0.0006 -13.53 0.0000 0.90 0.007 16 0.0002 42.32 0.0000 -2.64 0.002 09:07:56 Coil Rotation Frequency, Fcoil = 3.110396 Hz 09:08:00 Coil Rotation Frequency, Fcoil = 3.112039 Hz 09:08:25 Coil Voltage Measurement # 56 Made, Stored in RAWFILE 09:08:29 Coil Rotation Frequency, Fcoil = 3.110909 Hz 09:08:33 Coil Rotation Frequency, Fcoil = 3.110883 Hz 09:08:33 Coil Voltage: Vfit(i) = 7.88823 * cos(2*2pi*i/n + 90.24 deg) = -7.88816 * sin(2*2pi*i/n) + -0.03353 * cos(2*2pi*i/n) RMS of the residuals = 0.03737 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.111057 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0397 -28.83 0.0023 28.83 0.503 2 7.8882 90.24 0.4519 -45.12 100.000 3 0.0022 116.66 0.0001 -38.89 0.027 4 0.0016 -78.89 0.0001 19.72 0.020 5 0.0014 138.80 0.0001 -27.76 0.018 6 0.0143 88.27 0.0008 -14.71 0.181 7 0.0004 146.33 0.0000 -20.90 0.006 8 0.0001 79.72 0.0000 -9.96 0.001 9 0.0013 142.83 0.0001 -15.87 0.016 10 0.0237 -87.76 0.0014 8.78 0.300 11 0.0001 -8.86 0.0000 0.81 0.002 12 0.0007 33.15 0.0000 -2.76 0.009 13 0.0015 152.97 0.0001 -11.77 0.019 14 0.0208 -90.84 0.0012 6.49 0.264 15 0.0005 -31.89 0.0000 2.13 0.006 16 0.0006 136.21 0.0000 -8.51 0.008 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 0.00227 0.00001 28.38 0.35 0.5030 0.0028 2 0.45196 0.00003 -45.12 0.00 100.0000 0.0000 3 0.00014 0.00001 -39.53 1.05 0.0303 0.0021 4 0.00008 0.00001 19.66 2.78 0.0176 0.0021 5 0.00008 0.00001 -26.98 0.66 0.0171 0.0016 6 0.00081 0.00001 -14.86 0.14 0.1791 0.0014 7 0.00003 0.00001 -17.16 2.79 0.0067 0.0013 8 0.00001 0.00000 -6.18 9.88 0.0015 0.0006 9 0.00008 0.00001 -14.30 1.05 0.0173 0.0017 10 0.00137 0.00001 8.82 0.05 0.3023 0.0024 11 0.00001 0.00000 -2.37 2.81 0.0030 0.0011 12 0.00006 0.00002 -1.77 3.62 0.0125 0.0041 13 0.00007 0.00001 -11.52 0.49 0.0157 0.0027 14 0.00119 0.00003 6.51 0.12 0.2628 0.0059 15 0.00003 0.00001 2.09 1.31 0.0070 0.0014 16 0.00002 0.00002 -3.31 7.25 0.0051 0.0034 09:08:35 Magnet Current, Imag = 250.4976 A 09:08:35 Magnet Current Ramping to 300 A... 09:09:24 Magnet Current, Imag = 300.4698 A 09:09:25 Magnet Current, Imag = 300.4706 A 09:09:26 Magnet Current, Imag = 300.47 A 09:09:28 Magnet Current, Imag = 300.4696 A 09:09:29 Magnet Current, Imag = 300.4712 A 09:09:29 Magnet Current Measurement: Imag = 300.4704 +- 6.135855E-04 A 09:09:32 Coil Rotation Frequency, Fcoil = 3.11131 Hz 09:09:36 Coil Rotation Frequency, Fcoil = 3.111163 Hz 09:10:01 Coil Voltage Measurement # 57 Made, Stored in RAWFILE 09:10:05 Coil Rotation Frequency, Fcoil = 3.109898 Hz 09:10:09 Coil Rotation Frequency, Fcoil = 3.108457 Hz 09:10:09 Coil Voltage: Vfit(i) = 9.17609 * cos(2*2pi*i/n + 90.25 deg) = -9.17600 * sin(2*2pi*i/n) + -0.03947 * cos(2*2pi*i/n) RMS of the residuals = 0.04216 09:10:09 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.110207 1/s Coil Voltage, V2 = 9.176085 V Integrated Gradient, GL = 11.77859 T 09:10:12 Coil Rotation Frequency, Fcoil = 3.109305 Hz 09:10:16 Coil Rotation Frequency, Fcoil = 3.111517 Hz 09:10:41 Coil Voltage Measurement # 58 Made, Stored in RAWFILE 09:10:45 Coil Rotation Frequency, Fcoil = 3.111063 Hz 09:10:49 Coil Rotation Frequency, Fcoil = 3.112408 Hz 09:10:49 Coil Voltage: Vfit(i) = 9.17556 * cos(2*2pi*i/n + 90.25 deg) = -9.17547 * sin(2*2pi*i/n) + -0.03972 * cos(2*2pi*i/n) RMS of the residuals = 0.04262 09:10:49 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.111073 1/s Coil Voltage, V2 = 9.175558 V Integrated Gradient, GL = 11.77463 T 09:10:52 Coil Rotation Frequency, Fcoil = 3.110251 Hz 09:10:56 Coil Rotation Frequency, Fcoil = 3.108755 Hz 09:11:21 Coil Voltage Measurement # 59 Made, Stored in RAWFILE 09:11:25 Coil Rotation Frequency, Fcoil = 3.112016 Hz 09:11:29 Coil Rotation Frequency, Fcoil = 3.11276 Hz 09:11:29 Coil Voltage: Vfit(i) = 9.17385 * cos(2*2pi*i/n + 90.25 deg) = -9.17377 * sin(2*2pi*i/n) + -0.03952 * cos(2*2pi*i/n) RMS of the residuals = 0.04274 09:11:29 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.110945 1/s Coil Voltage, V2 = 9.173848 V Integrated Gradient, GL = 11.77292 T 09:11:32 Coil Rotation Frequency, Fcoil = 3.111794 Hz 09:11:36 Coil Rotation Frequency, Fcoil = 3.110694 Hz 09:12:01 Coil Voltage Measurement # 60 Made, Stored in RAWFILE 09:12:05 Coil Rotation Frequency, Fcoil = 3.111679 Hz 09:12:09 Coil Rotation Frequency, Fcoil = 3.112379 Hz 09:12:09 Coil Voltage: Vfit(i) = 9.18128 * cos(2*2pi*i/n + 90.25 deg) = -9.18119 * sin(2*2pi*i/n) + -0.03957 * cos(2*2pi*i/n) RMS of the residuals = 0.04269 09:12:09 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.111636 1/s Coil Voltage, V2 = 9.181276 V Integrated Gradient, GL = 11.77984 T 09:12:09 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = 11.77649 +- 2.819265E-03 T 09:12:12 Coil Rotation Frequency, Fcoil = 3.11188 Hz 09:12:16 Coil Rotation Frequency, Fcoil = 3.111635 Hz 09:12:41 Coil Voltage Measurement # 61 Made, Stored in RAWFILE 09:12:45 Coil Rotation Frequency, Fcoil = 3.111222 Hz 09:12:49 Coil Rotation Frequency, Fcoil = 3.110487 Hz 09:12:49 Coil Voltage: Vfit(i) = 9.17292 * cos(2*2pi*i/n + 90.25 deg) = -9.17284 * sin(2*2pi*i/n) + -0.03925 * cos(2*2pi*i/n) RMS of the residuals = 0.04244 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.111306 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0447 -29.80 0.0026 29.80 0.487 2 9.1729 90.25 0.5255 -45.12 100.000 3 0.0026 102.59 0.0001 -34.20 0.028 4 0.0016 -71.38 0.0001 17.84 0.017 5 0.0017 127.80 0.0001 -25.56 0.018 6 0.0121 90.18 0.0007 -15.03 0.132 7 0.0007 120.75 0.0000 -17.25 0.007 8 0.0002 -26.79 0.0000 3.35 0.002 9 0.0019 127.22 0.0001 -14.14 0.020 10 0.0294 -87.53 0.0017 8.75 0.320 11 0.0004 79.59 0.0000 -7.24 0.004 12 0.0006 -43.85 0.0000 3.65 0.007 13 0.0016 152.54 0.0001 -11.73 0.018 14 0.0240 -89.05 0.0014 6.36 0.262 15 0.0003 -85.82 0.0000 5.72 0.003 16 0.0009 163.06 0.0000 -10.19 0.009 09:12:52 Coil Rotation Frequency, Fcoil = 3.111779 Hz 09:12:56 Coil Rotation Frequency, Fcoil = 3.111122 Hz 09:13:21 Coil Voltage Measurement # 62 Made, Stored in RAWFILE 09:13:25 Coil Rotation Frequency, Fcoil = 3.112343 Hz 09:13:29 Coil Rotation Frequency, Fcoil = 3.112045 Hz 09:13:29 Coil Voltage: Vfit(i) = 9.17506 * cos(2*2pi*i/n + 90.25 deg) = -9.17498 * sin(2*2pi*i/n) + -0.03934 * cos(2*2pi*i/n) RMS of the residuals = 0.04244 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.111822 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0445 -29.73 0.0025 29.73 0.485 2 9.1751 90.25 0.5255 -45.12 100.000 3 0.0025 100.46 0.0001 -33.49 0.027 4 0.0015 -87.68 0.0001 21.92 0.016 5 0.0016 136.62 0.0001 -27.32 0.017 6 0.0123 87.78 0.0007 -14.63 0.134 7 0.0006 133.03 0.0000 -19.00 0.007 8 0.0003 37.55 0.0000 -4.69 0.003 9 0.0016 127.55 0.0001 -14.17 0.018 10 0.0291 -87.46 0.0017 8.75 0.317 11 0.0004 142.16 0.0000 -12.92 0.004 12 0.0008 49.35 0.0000 -4.11 0.009 13 0.0018 129.31 0.0001 -9.95 0.020 14 0.0245 -88.35 0.0014 6.31 0.267 15 0.0006 -92.17 0.0000 6.14 0.007 16 0.0005 126.18 0.0000 -7.89 0.006 09:13:33 Coil Rotation Frequency, Fcoil = 3.110971 Hz 09:13:37 Coil Rotation Frequency, Fcoil = 3.112414 Hz 09:14:01 Coil Voltage Measurement # 63 Made, Stored in RAWFILE 09:14:05 Coil Rotation Frequency, Fcoil = 3.108077 Hz 09:14:09 Coil Rotation Frequency, Fcoil = 3.108443 Hz 09:14:09 Coil Voltage: Vfit(i) = 9.17360 * cos(2*2pi*i/n + 90.25 deg) = -9.17351 * sin(2*2pi*i/n) + -0.03932 * cos(2*2pi*i/n) RMS of the residuals = 0.04247 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.109976 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0445 -30.29 0.0026 30.29 0.485 2 9.1736 90.25 0.5258 -45.12 100.000 3 0.0023 96.84 0.0001 -32.28 0.025 4 0.0011 -76.67 0.0001 19.17 0.012 5 0.0019 137.91 0.0001 -27.58 0.021 6 0.0120 88.60 0.0007 -14.77 0.131 7 0.0006 119.36 0.0000 -17.05 0.007 8 0.0001 28.41 0.0000 -3.55 0.001 9 0.0015 130.57 0.0001 -14.51 0.016 10 0.0293 -88.24 0.0017 8.82 0.319 11 0.0003 44.78 0.0000 -4.07 0.003 12 0.0004 162.22 0.0000 -13.52 0.004 13 0.0013 137.43 0.0001 -10.57 0.015 14 0.0246 -89.05 0.0014 6.36 0.269 15 0.0006 -35.63 0.0000 2.38 0.007 16 0.0011 133.33 0.0001 -8.33 0.012 09:14:13 Coil Rotation Frequency, Fcoil = 3.11121 Hz 09:14:17 Coil Rotation Frequency, Fcoil = 3.11152 Hz 09:14:42 Coil Voltage Measurement # 64 Made, Stored in RAWFILE 09:14:45 Coil Rotation Frequency, Fcoil = 3.111859 Hz 09:14:50 Coil Rotation Frequency, Fcoil = 3.108799 Hz 09:14:50 Coil Voltage: Vfit(i) = 9.18024 * cos(2*2pi*i/n + 90.25 deg) = -9.18015 * sin(2*2pi*i/n) + -0.03939 * cos(2*2pi*i/n) RMS of the residuals = 0.04318 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.110847 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0450 -29.65 0.0026 29.65 0.491 2 9.1802 90.25 0.5260 -45.12 100.000 3 0.0028 104.99 0.0002 -35.00 0.030 4 0.0017 -69.46 0.0001 17.36 0.018 5 0.0016 140.42 0.0001 -28.08 0.017 6 0.0125 89.47 0.0007 -14.91 0.136 7 0.0005 108.47 0.0000 -15.50 0.005 8 0.0002 37.14 0.0000 -4.64 0.003 9 0.0015 118.36 0.0001 -13.15 0.016 10 0.0296 -88.65 0.0017 8.86 0.323 11 0.0002 27.74 0.0000 -2.52 0.002 12 0.0003 18.49 0.0000 -1.54 0.004 13 0.0017 146.46 0.0001 -11.27 0.018 14 0.0254 -88.76 0.0015 6.34 0.276 15 0.0011 -50.66 0.0001 3.38 0.012 16 0.0012 145.42 0.0001 -9.09 0.013 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 0.00256 0.00001 29.87 0.25 0.4869 0.0022 2 0.52570 0.00020 -45.12 0.00 100.0000 0.0000 3 0.00014 0.00001 -33.74 1.00 0.0275 0.0021 4 0.00008 0.00001 19.07 1.77 0.0161 0.0022 5 0.00010 0.00001 -27.14 0.95 0.0185 0.0015 6 0.00070 0.00001 -14.83 0.15 0.1331 0.0021 7 0.00003 0.00000 -17.20 1.24 0.0065 0.0009 8 0.00001 0.00000 -2.38 3.34 0.0024 0.0008 9 0.00009 0.00001 -13.99 0.51 0.0175 0.0018 10 0.00168 0.00001 8.80 0.05 0.3198 0.0019 11 0.00002 0.00000 -6.69 3.98 0.0035 0.0009 12 0.00003 0.00001 -3.88 6.23 0.0059 0.0021 13 0.00009 0.00001 -10.88 0.68 0.0176 0.0019 14 0.00141 0.00003 6.34 0.02 0.2684 0.0052 15 0.00004 0.00002 4.40 1.58 0.0071 0.0031 16 0.00005 0.00002 -8.87 0.87 0.0100 0.0029 09:14:51 Magnet Current, Imag = 300.4872 A 09:14:51 Magnet Current Ramping to 350 A... 09:15:40 Magnet Current, Imag = 350.466 A 09:15:41 Magnet Current, Imag = 350.4672 A 09:15:43 Magnet Current, Imag = 350.4702 A 09:15:44 Magnet Current, Imag = 350.4684 A 09:15:45 Magnet Current, Imag = 350.4684 A 09:15:45 Magnet Current Measurement: Imag = 350.4686 +- 1.068333E-03 A 09:15:49 Coil Rotation Frequency, Fcoil = 3.111224 Hz 09:15:53 Coil Rotation Frequency, Fcoil = 3.110771 Hz 09:16:18 Coil Voltage Measurement # 65 Made, Stored in RAWFILE 09:16:21 Coil Rotation Frequency, Fcoil = 3.111558 Hz 09:16:25 Coil Rotation Frequency, Fcoil = 3.111396 Hz 09:16:25 Coil Voltage: Vfit(i) = 10.07699 * cos(2*2pi*i/n + 90.25 deg) = %-10.07689 * sin(2*2pi*i/n) + -0.04344 * cos(2*2pi*i/n) RMS of the residuals = 0.04584 09:16:26 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.111237 1/s Coil Voltage, V2 = 10.07699 V Integrated Gradient, GL = 12.93072 T 09:16:29 Coil Rotation Frequency, Fcoil = 3.110971 Hz 09:16:33 Coil Rotation Frequency, Fcoil = 3.111895 Hz 09:16:58 Coil Voltage Measurement # 66 Made, Stored in RAWFILE 09:17:02 Coil Rotation Frequency, Fcoil = 3.110449 Hz 09:17:06 Coil Rotation Frequency, Fcoil = 3.109801 Hz 09:17:06 Coil Voltage: Vfit(i) = 10.07754 * cos(2*2pi*i/n + 90.25 deg) = %-10.07745 * sin(2*2pi*i/n) + -0.04388 * cos(2*2pi*i/n) RMS of the residuals = 0.04682 09:17:06 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.110779 1/s Coil Voltage, V2 = 10.07754 V Integrated Gradient, GL = 12.93333 T 09:17:09 Coil Rotation Frequency, Fcoil = 3.111437 Hz 09:17:13 Coil Rotation Frequency, Fcoil = 3.111682 Hz 09:17:38 Coil Voltage Measurement # 67 Made, Stored in RAWFILE 09:17:42 Coil Rotation Frequency, Fcoil = 3.111508 Hz 09:17:46 Coil Rotation Frequency, Fcoil = 3.111741 Hz 09:17:46 Coil Voltage: Vfit(i) = 10.08201 * cos(2*2pi*i/n + 90.25 deg) = %-10.08192 * sin(2*2pi*i/n) + -0.04381 * cos(2*2pi*i/n) RMS of the residuals = 0.04599 09:17:46 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.111592 1/s Coil Voltage, V2 = 10.08201 V Integrated Gradient, GL = 12.93569 T 09:17:49 Coil Rotation Frequency, Fcoil = 3.111791 Hz 09:17:53 Coil Rotation Frequency, Fcoil = 3.110083 Hz 09:18:18 Coil Voltage Measurement # 68 Made, Stored in RAWFILE 09:18:22 Coil Rotation Frequency, Fcoil = 3.11224 Hz 09:18:26 Coil Rotation Frequency, Fcoil = 3.111222 Hz 09:18:26 Coil Voltage: Vfit(i) = 10.07803 * cos(2*2pi*i/n + 90.25 deg) = %-10.07794 * sin(2*2pi*i/n) + -0.04379 * cos(2*2pi*i/n) RMS of the residuals = 0.04614 09:18:26 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.111334 1/s Coil Voltage, V2 = 10.07803 V Integrated Gradient, GL = 12.93165 T 09:18:26 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = 12.93285 +- 1.889186E-03 T 09:18:29 Coil Rotation Frequency, Fcoil = 3.111502 Hz 09:18:33 Coil Rotation Frequency, Fcoil = 3.111419 Hz 09:18:58 Coil Voltage Measurement # 69 Made, Stored in RAWFILE 09:19:02 Coil Rotation Frequency, Fcoil = 3.111122 Hz 09:19:06 Coil Rotation Frequency, Fcoil = 3.110532 Hz 09:19:06 Coil Voltage: Vfit(i) = 10.08290 * cos(2*2pi*i/n + 90.25 deg) = %-10.08280 * sin(2*2pi*i/n) + -0.04377 * cos(2*2pi*i/n) RMS of the residuals = 0.04580 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.111144 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0487 -30.97 0.0028 30.97 0.483 2 10.0829 90.25 0.5777 -45.12 100.000 3 0.0024 90.41 0.0001 -30.14 0.024 4 0.0011 -78.92 0.0001 19.73 0.011 5 0.0022 136.26 0.0001 -27.25 0.022 6 0.0075 86.55 0.0004 -14.43 0.075 7 0.0008 132.74 0.0000 -18.96 0.008 8 0.0005 8.61 0.0000 -1.08 0.005 9 0.0019 126.62 0.0001 -14.07 0.019 10 0.0327 -87.86 0.0019 8.79 0.324 11 0.0000 -43.92 0.0000 3.99 0.000 12 0.0009 -0.17 0.0001 0.01 0.009 13 0.0018 154.05 0.0001 -11.85 0.018 14 0.0259 -90.46 0.0015 6.46 0.257 15 0.0010 -45.25 0.0001 3.02 0.009 16 0.0009 72.53 0.0001 -4.53 0.009 09:19:09 Coil Rotation Frequency, Fcoil = 3.112334 Hz 09:19:13 Coil Rotation Frequency, Fcoil = 3.112057 Hz 09:19:38 Coil Voltage Measurement # 70 Made, Stored in RAWFILE 09:19:42 Coil Rotation Frequency, Fcoil = 3.110747 Hz 09:19:46 Coil Rotation Frequency, Fcoil = 3.111299 Hz 09:19:46 Coil Voltage: Vfit(i) = 10.07767 * cos(2*2pi*i/n + 90.25 deg) = %-10.07758 * sin(2*2pi*i/n) + -0.04371 * cos(2*2pi*i/n) RMS of the residuals = 0.04659 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.111609 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0490 -30.52 0.0028 30.52 0.486 2 10.0777 90.25 0.5773 -45.12 100.000 3 0.0025 92.78 0.0001 -30.93 0.025 4 0.0015 -73.54 0.0001 18.39 0.015 5 0.0017 137.67 0.0001 -27.53 0.017 6 0.0081 87.79 0.0005 -14.63 0.081 7 0.0005 111.27 0.0000 -15.90 0.005 8 0.0004 3.11 0.0000 -0.39 0.004 9 0.0017 117.68 0.0001 -13.08 0.017 10 0.0336 -87.78 0.0019 8.78 0.333 11 0.0002 95.35 0.0000 -8.67 0.002 12 0.0014 -1.41 0.0001 0.12 0.014 13 0.0019 141.89 0.0001 -10.91 0.019 14 0.0269 -90.70 0.0015 6.48 0.267 15 0.0010 -58.63 0.0001 3.91 0.010 16 0.0009 102.20 0.0001 -6.39 0.009 09:19:50 Coil Rotation Frequency, Fcoil = 3.109208 Hz 09:19:54 Coil Rotation Frequency, Fcoil = 3.112857 Hz 09:20:19 Coil Voltage Measurement # 71 Made, Stored in RAWFILE 09:20:22 Coil Rotation Frequency, Fcoil = 3.112305 Hz 09:20:26 Coil Rotation Frequency, Fcoil = 3.11198 Hz 09:20:26 Coil Voltage: Vfit(i) = 10.07944 * cos(2*2pi*i/n + 90.25 deg) = %-10.07935 * sin(2*2pi*i/n) + -0.04379 * cos(2*2pi*i/n) RMS of the residuals = 0.04629 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.111588 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0485 -30.60 0.0028 30.60 0.481 2 10.0794 90.25 0.5774 -45.12 100.000 3 0.0024 95.95 0.0001 -31.98 0.024 4 0.0013 -92.87 0.0001 23.22 0.013 5 0.0022 138.43 0.0001 -27.69 0.022 6 0.0079 87.11 0.0005 -14.52 0.078 7 0.0009 142.08 0.0000 -20.30 0.009 8 0.0008 9.30 0.0000 -1.16 0.008 9 0.0018 130.35 0.0001 -14.48 0.018 10 0.0335 -87.64 0.0019 8.76 0.332 11 0.0003 71.92 0.0000 -6.54 0.003 12 0.0008 5.73 0.0000 -0.48 0.008 13 0.0016 148.96 0.0001 -11.46 0.016 14 0.0269 -90.25 0.0015 6.45 0.267 15 0.0006 5.85 0.0000 -0.39 0.006 16 0.0004 -163.87 0.0000 10.24 0.004 09:20:30 Coil Rotation Frequency, Fcoil = 3.111691 Hz 09:20:34 Coil Rotation Frequency, Fcoil = 3.111957 Hz 09:20:59 Coil Voltage Measurement # 72 Made, Stored in RAWFILE 09:21:03 Coil Rotation Frequency, Fcoil = 3.111605 Hz 09:21:07 Coil Rotation Frequency, Fcoil = 3.11075 Hz 09:21:07 Coil Voltage: Vfit(i) = 10.08350 * cos(2*2pi*i/n + 90.25 deg) = %-10.08341 * sin(2*2pi*i/n) + -0.04405 * cos(2*2pi*i/n) RMS of the residuals = 0.04627 FIELD HARMONICS Coil Radius, Rcoil = .044646 m, # Turns, Nturns = 20 Coil Rotation Frequency, Fcoil = 3.111501 N Vm Vp BLn THspole BLn/BL2 (V) (deg) (Tm) (deg) (%) --- ------- ------- ------- ------- ------- 1 0.0483 -31.17 0.0028 31.17 0.479 2 10.0835 90.25 0.5776 -45.13 100.000 3 0.0025 88.27 0.0001 -29.42 0.025 4 0.0011 -69.17 0.0001 17.29 0.011 5 0.0019 129.17 0.0001 -25.83 0.019 6 0.0077 89.18 0.0004 -14.86 0.076 7 0.0006 124.93 0.0000 -17.85 0.006 8 0.0005 -26.76 0.0000 3.35 0.005 9 0.0019 135.60 0.0001 -15.07 0.019 10 0.0339 -88.02 0.0019 8.80 0.336 11 0.0003 162.72 0.0000 -14.79 0.003 12 0.0008 9.72 0.0000 -0.81 0.008 13 0.0014 142.86 0.0001 -10.99 0.014 14 0.0266 -90.03 0.0015 6.43 0.264 15 0.0009 -59.90 0.0001 3.99 0.009 16 0.0009 150.23 0.0001 -9.39 0.009 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 0.00279 0.00001 30.82 0.26 0.4824 0.0024 2 0.57749 0.00016 -45.12 0.00 100.0000 0.0000 3 0.00014 0.00000 -30.62 0.95 0.0243 0.0005 4 0.00007 0.00001 19.66 2.23 0.0124 0.0016 5 0.00011 0.00001 -27.08 0.73 0.0198 0.0022 6 0.00045 0.00001 -14.61 0.16 0.0774 0.0022 7 0.00004 0.00001 -18.25 1.61 0.0067 0.0017 8 0.00003 0.00001 0.18 1.85 0.0053 0.0013 9 0.00011 0.00001 -14.17 0.73 0.0182 0.0011 10 0.00191 0.00003 8.78 0.01 0.3315 0.0045 11 0.00001 0.00001 -6.50 6.77 0.0023 0.0011 12 0.00006 0.00001 -0.29 0.38 0.0098 0.0025 13 0.00010 0.00001 -11.30 0.38 0.0167 0.0021 14 0.00152 0.00002 6.45 0.02 0.2635 0.0041 15 0.00005 0.00001 2.63 1.79 0.0087 0.0017 16 0.00004 0.00001 -2.52 7.57 0.0077 0.0022 09:21:08 Magnet Current, Imag = 350.4924 A 09:21:08 Magnet Current Ramping to 300 A... 09:21:57 Magnet Current, Imag = 300.5116 A 09:21:58 Magnet Current, Imag = 300.5088 A 09:22:00 Magnet Current, Imag = 300.5108 A 09:22:01 Magnet Current, Imag = 300.5112 A 09:22:02 Magnet Current, Imag = 300.509 A 09:22:02 Magnet Current Measurement: Imag = 300.51 +- 1.062871E-03 A 09:22:06 Coil Rotation Frequency, Fcoil = 3.11281 Hz 09:22:10 Coil Rotation Frequency, Fcoil = 3.112204 Hz 09:22:34 Coil Voltage Measurement # 73 Made, Stored in RAWFILE 09:22:38 Coil Rotation Frequency, Fcoil = 3.111207 Hz 09:22:42 Coil Rotation Frequency, Fcoil = 3.103764 Hz 09:22:42 Coil Voltage: Vfit(i) = 9.21727 * cos(2*2pi*i/n + 90.25 deg) = -9.21719 * sin(2*2pi*i/n) + -0.04009 * cos(2*2pi*i/n) RMS of the residuals = 0.04288 09:22:43 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.109996 1/s Coil Voltage, V2 = 9.217269 V Integrated Gradient, GL = 11.83225 T 09:22:46 Coil Rotation Frequency, Fcoil = 3.109686 Hz 09:22:50 Coil Rotation Frequency, Fcoil = 3.110632 Hz 09:23:15 Coil Voltage Measurement # 74 Made, Stored in RAWFILE 09:23:18 Coil Rotation Frequency, Fcoil = 3.110688 Hz 09:23:23 Coil Rotation Frequency, Fcoil = 3.111124 Hz 09:23:23 Coil Voltage: Vfit(i) = 9.21629 * cos(2*2pi*i/n + 90.25 deg) = -9.21620 * sin(2*2pi*i/n) + -0.04058 * cos(2*2pi*i/n) RMS of the residuals = 0.04299 09:23:23 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.110533 1/s Coil Voltage, V2 = 9.216288 V Integrated Gradient, GL = 11.82895 T 09:23:26 Coil Rotation Frequency, Fcoil = 3.111089 Hz 09:23:30 Coil Rotation Frequency, Fcoil = 3.111181 Hz 09:23:55 Coil Voltage Measurement # 75 Made, Stored in RAWFILE 09:23:59 Coil Rotation Frequency, Fcoil = 3.108952 Hz 09:24:03 Coil Rotation Frequency, Fcoil = 3.110921 Hz 09:24:03 Coil Voltage: Vfit(i) = 9.21466 * cos(2*2pi*i/n + 90.25 deg) = -9.21457 * sin(2*2pi*i/n) + -0.04065 * cos(2*2pi*i/n) RMS of the residuals = 0.04316 09:24:03 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.110536 1/s Coil Voltage, V2 = 9.214659 V Integrated Gradient, GL = 11.82685 T 09:24:06 Coil Rotation Frequency, Fcoil = 3.109948 Hz 09:24:10 Coil Rotation Frequency, Fcoil = 3.107803 Hz 09:24:35 Coil Voltage Measurement # 76 Made, Stored in RAWFILE 09:24:39 Coil Rotation Frequency, Fcoil = 3.111605 Hz 09:24:43 Coil Rotation Frequency, Fcoil = 3.111198 Hz 09:24:43 Coil Voltage: Vfit(i) = 9.21640 * cos(2*2pi*i/n + 90.25 deg) = -9.21631 * sin(2*2pi*i/n) + -0.04076 * cos(2*2pi*i/n) RMS of the residuals = 0.04337 09:24:43 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.110139 1/s Coil Voltage, V2 = 9.216399 V Integrated Gradient, GL = 11.8306 T 09:24:43 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = 11.82966 +- 1.999356E-03 T 09:24:44 Magnet Current, Imag = 300.5112 A 09:24:44 Magnet Current Ramping to 250 A... 09:25:33 Magnet Current, Imag = 250.5368 A 09:25:35 Magnet Current, Imag = 250.5368 A 09:25:36 Magnet Current, Imag = 250.5368 A 09:25:37 Magnet Current, Imag = 250.538 A 09:25:39 Magnet Current, Imag = 250.5374 A 09:25:39 Magnet Current Measurement: Imag = 250.5372 +- 4.934396E-04 A 09:25:42 Coil Rotation Frequency, Fcoil = 3.110139 Hz 09:25:46 Coil Rotation Frequency, Fcoil = 3.109571 Hz 09:26:10 Coil Voltage Measurement # 77 Made, Stored in RAWFILE 09:26:14 Coil Rotation Frequency, Fcoil = 3.111417 Hz 09:26:18 Coil Rotation Frequency, Fcoil = 3.111653 Hz 09:26:19 Coil Voltage: Vfit(i) = 7.95252 * cos(2*2pi*i/n + 90.25 deg) = -7.95245 * sin(2*2pi*i/n) + -0.03493 * cos(2*2pi*i/n) RMS of the residuals = 0.03807 09:26:19 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.110695 1/s Coil Voltage, V2 = 7.952522 V Integrated Gradient, GL = 10.2064 T 09:26:22 Coil Rotation Frequency, Fcoil = 3.109951 Hz 09:26:26 Coil Rotation Frequency, Fcoil = 3.111558 Hz 09:26:51 Coil Voltage Measurement # 78 Made, Stored in RAWFILE 09:26:55 Coil Rotation Frequency, Fcoil = 3.109135 Hz 09:26:59 Coil Rotation Frequency, Fcoil = 3.110069 Hz 09:26:59 Coil Voltage: Vfit(i) = 7.95305 * cos(2*2pi*i/n + 90.25 deg) = -7.95298 * sin(2*2pi*i/n) + -0.03484 * cos(2*2pi*i/n) RMS of the residuals = 0.03814 09:26:59 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.110178 1/s Coil Voltage, V2 = 7.95305 V Integrated Gradient, GL = 10.20877 T 09:27:02 Coil Rotation Frequency, Fcoil = 3.110021 Hz 09:27:06 Coil Rotation Frequency, Fcoil = 3.110588 Hz 09:27:31 Coil Voltage Measurement # 79 Made, Stored in RAWFILE 09:27:35 Coil Rotation Frequency, Fcoil = 3.109733 Hz 09:27:39 Coil Rotation Frequency, Fcoil = 3.109509 Hz 09:27:39 Coil Voltage: Vfit(i) = 7.95022 * cos(2*2pi*i/n + 90.25 deg) = -7.95014 * sin(2*2pi*i/n) + -0.03491 * cos(2*2pi*i/n) RMS of the residuals = 0.03849 09:27:39 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.109963 1/s Coil Voltage, V2 = 7.950218 V Integrated Gradient, GL = 10.20584 T 09:27:42 Coil Rotation Frequency, Fcoil = 3.109314 Hz 09:27:46 Coil Rotation Frequency, Fcoil = 3.109877 Hz 09:28:11 Coil Voltage Measurement # 80 Made, Stored in RAWFILE 09:28:15 Coil Rotation Frequency, Fcoil = 3.11131 Hz 09:28:19 Coil Rotation Frequency, Fcoil = 3.111228 Hz 09:28:19 Coil Voltage: Vfit(i) = 7.95029 * cos(2*2pi*i/n + 90.25 deg) = -7.95021 * sin(2*2pi*i/n) + -0.03482 * cos(2*2pi*i/n) RMS of the residuals = 0.03804 09:28:19 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.110432 1/s Coil Voltage, V2 = 7.950291 V Integrated Gradient, GL = 10.2044 T 09:28:19 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = 10.20635 +- 1.576411E-03 T 09:28:20 Magnet Current, Imag = 250.5342 A 09:28:20 Magnet Current Ramping to 200 A... 09:29:09 Magnet Current, Imag = 200.4248 A 09:29:10 Magnet Current, Imag = 200.426 A 09:29:12 Magnet Current, Imag = 200.4256 A 09:29:13 Magnet Current, Imag = 200.4256 A 09:29:14 Magnet Current, Imag = 200.4254 A 09:29:14 Magnet Current Measurement: Imag = 200.4257 +- 2.180726E-04 A 09:29:17 Coil Rotation Frequency, Fcoil = 3.111068 Hz 09:29:22 Coil Rotation Frequency, Fcoil = 3.111284 Hz 09:29:46 Coil Voltage Measurement # 81 Made, Stored in RAWFILE 09:29:50 Coil Rotation Frequency, Fcoil = 3.111591 Hz 09:29:54 Coil Rotation Frequency, Fcoil = 3.111304 Hz 09:29:54 Coil Voltage: Vfit(i) = 6.41284 * cos(2*2pi*i/n + 90.25 deg) = -6.41278 * sin(2*2pi*i/n) + -0.02817 * cos(2*2pi*i/n) RMS of the residuals = 0.03140 09:29:54 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.111312 1/s Coil Voltage, V2 = 6.412843 V Integrated Gradient, GL = 8.228717 T 09:29:57 Coil Rotation Frequency, Fcoil = 3.112296 Hz 09:30:01 Coil Rotation Frequency, Fcoil = 3.112225 Hz 09:30:26 Coil Voltage Measurement # 82 Made, Stored in RAWFILE 09:30:30 Coil Rotation Frequency, Fcoil = 3.112095 Hz 09:30:34 Coil Rotation Frequency, Fcoil = 3.112822 Hz 09:30:34 Coil Voltage: Vfit(i) = 6.41617 * cos(2*2pi*i/n + 90.25 deg) = -6.41611 * sin(2*2pi*i/n) + -0.02840 * cos(2*2pi*i/n) RMS of the residuals = 0.03176 09:30:34 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.11236 1/s Coil Voltage, V2 = 6.416169 V Integrated Gradient, GL = 8.230214 T 09:30:37 Coil Rotation Frequency, Fcoil = 3.11312 Hz 09:30:42 Coil Rotation Frequency, Fcoil = 3.111532 Hz 09:31:06 Coil Voltage Measurement # 83 Made, Stored in RAWFILE 09:31:10 Coil Rotation Frequency, Fcoil = 3.113209 Hz 09:31:14 Coil Rotation Frequency, Fcoil = 3.112629 Hz 09:31:14 Coil Voltage: Vfit(i) = 6.41675 * cos(2*2pi*i/n + 90.25 deg) = -6.41668 * sin(2*2pi*i/n) + -0.02842 * cos(2*2pi*i/n) RMS of the residuals = 0.03188 09:31:14 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.112622 1/s Coil Voltage, V2 = 6.416744 V Integrated Gradient, GL = 8.230255 T 09:31:17 Coil Rotation Frequency, Fcoil = 3.112745 Hz 09:31:21 Coil Rotation Frequency, Fcoil = 3.113096 Hz 09:31:46 Coil Voltage Measurement # 84 Made, Stored in RAWFILE 09:31:50 Coil Rotation Frequency, Fcoil = 3.113749 Hz 09:31:54 Coil Rotation Frequency, Fcoil = 3.113832 Hz 09:31:54 Coil Voltage: Vfit(i) = 6.42017 * cos(2*2pi*i/n + 90.25 deg) = -6.42011 * sin(2*2pi*i/n) + -0.02845 * cos(2*2pi*i/n) RMS of the residuals = 0.03161 09:31:54 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.113356 1/s Coil Voltage, V2 = 6.420172 V Integrated Gradient, GL = 8.232713 T 09:31:54 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = 8.230474 +- 1.433091E-03 T 09:31:56 Magnet Current, Imag = 200.4208 A 09:31:56 Magnet Current Ramping to 150 A... 09:32:44 Magnet Current, Imag = 150.1532 A 09:32:45 Magnet Current, Imag = 150.1532 A 09:32:47 Magnet Current, Imag = 150.154 A 09:32:48 Magnet Current, Imag = 150.1532 A 09:32:49 Magnet Current, Imag = 150.1536 A 09:32:49 Magnet Current Measurement: Imag = 150.1535 +- 3.301862E-04 A 09:32:53 Coil Rotation Frequency, Fcoil = 3.111664 Hz 09:32:57 Coil Rotation Frequency, Fcoil = 3.113522 Hz 09:33:21 Coil Voltage Measurement # 85 Made, Stored in RAWFILE 09:33:25 Coil Rotation Frequency, Fcoil = 3.111806 Hz 09:33:29 Coil Rotation Frequency, Fcoil = 3.110844 Hz 09:33:29 Coil Voltage: Vfit(i) = 4.83154 * cos(2*2pi*i/n + 90.25 deg) = -4.83150 * sin(2*2pi*i/n) + -0.02127 * cos(2*2pi*i/n) RMS of the residuals = 0.02400 09:33:29 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.111959 1/s Coil Voltage, V2 = 4.831543 V Integrated Gradient, GL = 6.198364 T 09:33:33 Coil Rotation Frequency, Fcoil = 3.112816 Hz 09:33:37 Coil Rotation Frequency, Fcoil = 3.112284 Hz 09:34:01 Coil Voltage Measurement # 86 Made, Stored in RAWFILE 09:34:05 Coil Rotation Frequency, Fcoil = 3.112916 Hz 09:34:09 Coil Rotation Frequency, Fcoil = 3.112178 Hz 09:34:09 Coil Voltage: Vfit(i) = 4.83023 * cos(2*2pi*i/n + 90.25 deg) = -4.83019 * sin(2*2pi*i/n) + -0.02122 * cos(2*2pi*i/n) RMS of the residuals = 0.02375 09:34:09 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.112548 1/s Coil Voltage, V2 = 4.830233 V Integrated Gradient, GL = 6.195509 T 09:34:12 Coil Rotation Frequency, Fcoil = 3.112845 Hz 09:34:16 Coil Rotation Frequency, Fcoil = 3.109129 Hz 09:34:41 Coil Voltage Measurement # 87 Made, Stored in RAWFILE 09:34:45 Coil Rotation Frequency, Fcoil = 3.11283 Hz 09:34:49 Coil Rotation Frequency, Fcoil = 3.113111 Hz 09:34:49 Coil Voltage: Vfit(i) = 4.83334 * cos(2*2pi*i/n + 90.25 deg) = -4.83330 * sin(2*2pi*i/n) + -0.02112 * cos(2*2pi*i/n) RMS of the residuals = 0.02399 09:34:49 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.111979 1/s Coil Voltage, V2 = 4.833341 V Integrated Gradient, GL = 6.200631 T 09:34:52 Coil Rotation Frequency, Fcoil = 3.11364 Hz 09:34:56 Coil Rotation Frequency, Fcoil = 3.112594 Hz 09:35:21 Coil Voltage Measurement # 88 Made, Stored in RAWFILE 09:35:25 Coil Rotation Frequency, Fcoil = 3.111809 Hz 09:35:29 Coil Rotation Frequency, Fcoil = 3.111434 Hz 09:35:29 Coil Voltage: Vfit(i) = 4.83181 * cos(2*2pi*i/n + 90.25 deg) = -4.83177 * sin(2*2pi*i/n) + -0.02112 * cos(2*2pi*i/n) RMS of the residuals = 0.02393 09:35:29 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.112369 1/s Coil Voltage, V2 = 4.831812 V Integrated Gradient, GL = 6.197893 T 09:35:29 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = 6.198099 +- 1.818506E-03 T 09:35:30 Magnet Current, Imag = 150.1484 A 09:35:30 Magnet Current Ramping to 100 A... 09:36:19 Magnet Current, Imag = 100.1138 A 09:36:20 Magnet Current, Imag = 100.1136 A 09:36:22 Magnet Current, Imag = 100.1128 A 09:36:23 Magnet Current, Imag = 100.1132 A 09:36:24 Magnet Current, Imag = 100.1138 A 09:36:24 Magnet Current Measurement: Imag = 100.1133 +- 3.824222E-04 A 09:36:28 Coil Rotation Frequency, Fcoil = 3.111101 Hz 09:36:32 Coil Rotation Frequency, Fcoil = 3.112007 Hz 09:36:56 Coil Voltage Measurement # 89 Made, Stored in RAWFILE 09:37:00 Coil Rotation Frequency, Fcoil = 3.112458 Hz 09:37:04 Coil Rotation Frequency, Fcoil = 3.109977 Hz 09:37:04 Coil Voltage: Vfit(i) = 3.23438 * cos(2*2pi*i/n + 90.25 deg) = -3.23435 * sin(2*2pi*i/n) + -0.01406 * cos(2*2pi*i/n) RMS of the residuals = 0.01583 09:37:04 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.111386 1/s Coil Voltage, V2 = 3.234375 V Integrated Gradient, GL = 4.150129 T 09:37:08 Coil Rotation Frequency, Fcoil = 3.111715 Hz 09:37:12 Coil Rotation Frequency, Fcoil = 3.112146 Hz 09:37:36 Coil Voltage Measurement # 90 Made, Stored in RAWFILE 09:37:40 Coil Rotation Frequency, Fcoil = 3.110788 Hz 09:37:44 Coil Rotation Frequency, Fcoil = 3.112444 Hz 09:37:44 Coil Voltage: Vfit(i) = 3.23417 * cos(2*2pi*i/n + 90.25 deg) = -3.23414 * sin(2*2pi*i/n) + -0.01420 * cos(2*2pi*i/n) RMS of the residuals = 0.01591 09:37:44 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.111773 1/s Coil Voltage, V2 = 3.234171 V Integrated Gradient, GL = 4.14935 T 09:37:47 Coil Rotation Frequency, Fcoil = 3.112993 Hz 09:37:51 Coil Rotation Frequency, Fcoil = 3.111402 Hz 09:38:16 Coil Voltage Measurement # 91 Made, Stored in RAWFILE 09:38:20 Coil Rotation Frequency, Fcoil = 3.111756 Hz 09:38:24 Coil Rotation Frequency, Fcoil = 3.111903 Hz 09:38:24 Coil Voltage: Vfit(i) = 3.23370 * cos(2*2pi*i/n + 90.25 deg) = -3.23367 * sin(2*2pi*i/n) + -0.01414 * cos(2*2pi*i/n) RMS of the residuals = 0.01601 09:38:24 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.112013 1/s Coil Voltage, V2 = 3.233696 V Integrated Gradient, GL = 4.148421 T 09:38:27 Coil Rotation Frequency, Fcoil = 3.114035 Hz 09:38:31 Coil Rotation Frequency, Fcoil = 3.111446 Hz 09:38:56 Coil Voltage Measurement # 92 Made, Stored in RAWFILE 09:39:00 Coil Rotation Frequency, Fcoil = 3.113403 Hz 09:39:04 Coil Rotation Frequency, Fcoil = 3.112792 Hz 09:39:04 Coil Voltage: Vfit(i) = 3.23464 * cos(2*2pi*i/n + 90.25 deg) = -3.23461 * sin(2*2pi*i/n) + -0.01409 * cos(2*2pi*i/n) RMS of the residuals = 0.01606 09:39:04 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.112919 1/s Coil Voltage, V2 = 3.234637 V Integrated Gradient, GL = 4.14842 T 09:39:04 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = 4.14908 +- 7.147988E-04 T 09:39:05 Magnet Current, Imag = 100.1078 A 09:39:05 Magnet Current Ramping to 50 A... 09:39:55 Magnet Current, Imag = 50.09702 A 09:39:56 Magnet Current, Imag = 50.09636 A 09:39:58 Magnet Current, Imag = 50.09628 A 09:40:00 Magnet Current, Imag = 50.09612 A 09:40:02 Magnet Current, Imag = 50.09562 A 09:40:02 Magnet Current Measurement: Imag = 50.09609 +- 2.884262E-04 A 09:40:05 Coil Rotation Frequency, Fcoil = 3.113595 Hz 09:40:09 Coil Rotation Frequency, Fcoil = 3.113223 Hz 09:40:34 Coil Voltage Measurement # 93 Made, Stored in RAWFILE 09:40:38 Coil Rotation Frequency, Fcoil = 3.113873 Hz 09:40:42 Coil Rotation Frequency, Fcoil = 3.113631 Hz 09:40:42 Coil Voltage: Vfit(i) = 1.63126 * cos(2*2pi*i/n + 90.20 deg) = -1.63125 * sin(2*2pi*i/n) + -0.00573 * cos(2*2pi*i/n) RMS of the residuals = 0.00820 09:40:42 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.113581 1/s Coil Voltage, V2 = 1.63126 V Integrated Gradient, GL = 2.091645 T 09:40:45 Coil Rotation Frequency, Fcoil = 3.112639 Hz 09:40:49 Coil Rotation Frequency, Fcoil = 3.113155 Hz 09:41:14 Coil Voltage Measurement # 94 Made, Stored in RAWFILE 09:41:17 Coil Rotation Frequency, Fcoil = 3.111779 Hz 09:41:22 Coil Rotation Frequency, Fcoil = 3.111862 Hz 09:41:22 Coil Voltage: Vfit(i) = 1.63120 * cos(2*2pi*i/n + 90.20 deg) = -1.63119 * sin(2*2pi*i/n) + -0.00570 * cos(2*2pi*i/n) RMS of the residuals = 0.00823 09:41:22 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.112359 1/s Coil Voltage, V2 = 1.631203 V Integrated Gradient, GL = 2.092394 T 09:41:25 Coil Rotation Frequency, Fcoil = 3.112854 Hz 09:41:29 Coil Rotation Frequency, Fcoil = 3.112707 Hz 09:41:53 Coil Voltage Measurement # 95 Made, Stored in RAWFILE 09:41:57 Coil Rotation Frequency, Fcoil = 3.109079 Hz 09:42:01 Coil Rotation Frequency, Fcoil = 3.112151 Hz 09:42:01 Coil Voltage: Vfit(i) = 1.63191 * cos(2*2pi*i/n + 90.20 deg) = -1.63190 * sin(2*2pi*i/n) + -0.00569 * cos(2*2pi*i/n) RMS of the residuals = 0.00821 09:42:02 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.111698 1/s Coil Voltage, V2 = 1.631912 V Integrated Gradient, GL = 2.093748 T 09:42:05 Coil Rotation Frequency, Fcoil = 3.112937 Hz 09:42:09 Coil Rotation Frequency, Fcoil = 3.112373 Hz 09:42:33 Coil Voltage Measurement # 96 Made, Stored in RAWFILE 09:42:37 Coil Rotation Frequency, Fcoil = 3.112228 Hz 09:42:41 Coil Rotation Frequency, Fcoil = 3.112786 Hz 09:42:41 Coil Voltage: Vfit(i) = 1.63182 * cos(2*2pi*i/n + 90.20 deg) = -1.63181 * sin(2*2pi*i/n) + -0.00569 * cos(2*2pi*i/n) RMS of the residuals = 0.00828 09:42:41 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.112581 1/s Coil Voltage, V2 = 1.631816 V Integrated Gradient, GL = 2.093031 T 09:42:41 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = 2.092705 +- 7.76717E-04 T 09:42:43 Magnet Current, Imag = 50.09368 A 09:42:43 Magnet Current Ramping to 25 A... 09:43:25 Magnet Current, Imag = 25.12164 A 09:43:27 Magnet Current, Imag = 25.12264 A 09:43:29 Magnet Current, Imag = 25.12132 A 09:43:31 Magnet Current, Imag = 25.12204 A 09:43:33 Magnet Current, Imag = 25.12208 A 09:43:33 Magnet Current Measurement: Imag = 25.12202 +- 4.685599E-04 A 09:43:36 Coil Rotation Frequency, Fcoil = 3.113776 Hz 09:43:40 Coil Rotation Frequency, Fcoil = 3.112072 Hz 09:44:04 Coil Voltage Measurement # 97 Made, Stored in RAWFILE 09:44:08 Coil Rotation Frequency, Fcoil = 3.113173 Hz 09:44:12 Coil Rotation Frequency, Fcoil = 3.11245 Hz 09:44:12 Coil Voltage: Vfit(i) = 0.83143 * cos(2*2pi*i/n + 90.20 deg) = -0.83143 * sin(2*2pi*i/n) + -0.00291 * cos(2*2pi*i/n) RMS of the residuals = 0.00424 09:44:12 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.112867 1/s Coil Voltage, V2 = .8314334 V Integrated Gradient, GL = 1.066331 T 09:44:15 Coil Rotation Frequency, Fcoil = 3.112839 Hz 09:44:20 Coil Rotation Frequency, Fcoil = 3.114003 Hz 09:44:44 Coil Voltage Measurement # 98 Made, Stored in RAWFILE 09:44:48 Coil Rotation Frequency, Fcoil = 3.114423 Hz 09:44:52 Coil Rotation Frequency, Fcoil = 3.112459 Hz 09:44:52 Coil Voltage: Vfit(i) = 0.83112 * cos(2*2pi*i/n + 90.20 deg) = -0.83111 * sin(2*2pi*i/n) + -0.00292 * cos(2*2pi*i/n) RMS of the residuals = 0.00426 09:44:52 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.113431 1/s Coil Voltage, V2 = .8311191 V Integrated Gradient, GL = 1.065735 T 09:44:55 Coil Rotation Frequency, Fcoil = 3.112907 Hz 09:44:59 Coil Rotation Frequency, Fcoil = 3.113826 Hz 09:45:23 Coil Voltage Measurement # 99 Made, Stored in RAWFILE 09:45:27 Coil Rotation Frequency, Fcoil = 3.114239 Hz 09:45:31 Coil Rotation Frequency, Fcoil = 3.11486 Hz 09:45:31 Coil Voltage: Vfit(i) = 0.83158 * cos(2*2pi*i/n + 90.20 deg) = -0.83157 * sin(2*2pi*i/n) + -0.00291 * cos(2*2pi*i/n) RMS of the residuals = 0.00426 09:45:31 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.113958 1/s Coil Voltage, V2 = .831575 V Integrated Gradient, GL = 1.066139 T 09:45:34 Coil Rotation Frequency, Fcoil = 3.114648 Hz 09:45:39 Coil Rotation Frequency, Fcoil = 3.114086 Hz 09:46:03 Coil Voltage Measurement # 100 Made, Stored in RAWFILE 09:46:07 Coil Rotation Frequency, Fcoil = 3.113184 Hz 09:46:11 Coil Rotation Frequency, Fcoil = 3.114077 Hz 09:46:11 Coil Voltage: Vfit(i) = 0.83138 * cos(2*2pi*i/n + 90.20 deg) = -0.83137 * sin(2*2pi*i/n) + -0.00289 * cos(2*2pi*i/n) RMS of the residuals = 0.00423 09:46:11 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.113999 1/s Coil Voltage, V2 = .8313771 V Integrated Gradient, GL = 1.065871 T 09:46:11 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = 1.066019 +- 2.314171E-04 T 09:46:13 Magnet Current, Imag = 25.1201 A 09:46:13 Magnet Current Ramping to 10 A... 09:46:50 Magnet Current, Imag = 10.00872 A 09:46:52 Magnet Current, Imag = 10.00854 A 09:46:54 Magnet Current, Imag = 10.00852 A 09:46:56 Magnet Current, Imag = 10.00808 A 09:46:57 Magnet Current, Imag = 10.00898 A 09:46:57 Magnet Current Measurement: Imag = 10.00853 +- 3.183727E-04 A 09:47:01 Coil Rotation Frequency, Fcoil = 3.111083 Hz 09:47:05 Coil Rotation Frequency, Fcoil = 3.11242 Hz 09:47:29 Coil Voltage Measurement # 101 Made, Stored in RAWFILE 09:47:33 Coil Rotation Frequency, Fcoil = 3.114039 Hz 09:47:37 Coil Rotation Frequency, Fcoil = 3.114107 Hz 09:47:37 Coil Voltage: Vfit(i) = 0.34678 * cos(2*2pi*i/n + 90.20 deg) = -0.34677 * sin(2*2pi*i/n) + -0.00119 * cos(2*2pi*i/n) RMS of the residuals = 0.00191 09:47:37 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.112912 1/s Coil Voltage, V2 = .346776 V Integrated Gradient, GL = .444741 T 09:47:40 Coil Rotation Frequency, Fcoil = 3.113392 Hz 09:47:44 Coil Rotation Frequency, Fcoil = 3.113663 Hz 09:48:08 Coil Voltage Measurement # 102 Made, Stored in RAWFILE 09:48:12 Coil Rotation Frequency, Fcoil = 3.112999 Hz 09:48:16 Coil Rotation Frequency, Fcoil = 3.112981 Hz 09:48:16 Coil Voltage: Vfit(i) = 0.34663 * cos(2*2pi*i/n + 90.20 deg) = -0.34663 * sin(2*2pi*i/n) + -0.00120 * cos(2*2pi*i/n) RMS of the residuals = 0.00190 09:48:16 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.113259 1/s Coil Voltage, V2 = .3466272 V Integrated Gradient, GL = .4445008 T 09:48:20 Coil Rotation Frequency, Fcoil = 3.114662 Hz 09:48:24 Coil Rotation Frequency, Fcoil = 3.113135 Hz 09:48:48 Coil Voltage Measurement # 103 Made, Stored in RAWFILE 09:48:52 Coil Rotation Frequency, Fcoil = 3.108834 Hz 09:48:56 Coil Rotation Frequency, Fcoil = 3.112922 Hz 09:48:56 Coil Voltage: Vfit(i) = 0.34679 * cos(2*2pi*i/n + 90.20 deg) = -0.34678 * sin(2*2pi*i/n) + -0.00120 * cos(2*2pi*i/n) RMS of the residuals = 0.00188 09:48:56 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.112388 1/s Coil Voltage, V2 = .346787 V Integrated Gradient, GL = .44483 T 09:48:59 Coil Rotation Frequency, Fcoil = 3.112181 Hz 09:49:03 Coil Rotation Frequency, Fcoil = 3.113542 Hz 09:49:27 Coil Voltage Measurement # 104 Made, Stored in RAWFILE 09:49:31 Coil Rotation Frequency, Fcoil = 3.114228 Hz 09:49:35 Coil Rotation Frequency, Fcoil = 3.114882 Hz 09:49:35 Coil Voltage: Vfit(i) = 0.34676 * cos(2*2pi*i/n + 90.20 deg) = -0.34676 * sin(2*2pi*i/n) + -0.00119 * cos(2*2pi*i/n) RMS of the residuals = 0.00190 09:49:35 Integrated Gradient: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 Coil Rotation Frequency, Fcoil = 3.113708 1/s Coil Voltage, V2 = .3467574 V Integrated Gradient, GL = .4446036 T 09:49:35 Integrated Gradient Measurement: Coil: Radius = .044646 m, # Turns = 20 Average, # Rotations/Measurement = 10 , # Measurements = 4 Integrated Gradient, GL = .4446689 +- 1.26183E-04 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) --------+-------- --------+-------- --------+-------- 10.011 0.001 0.44489 0.00003 44.4396 0.0047 25.122 0.001 1.04293 0.00027 41.5154 0.0108 50.091 0.000 2.05631 0.00024 41.0517 0.0047 100.095 0.001 4.10318 0.00070 40.9930 0.0070 150.121 0.000 6.14141 0.00151 40.9098 0.0100 200.380 0.002 8.16323 0.00215 40.7387 0.0107 250.488 0.001 10.12409 0.00107 40.4175 0.0043 300.470 0.001 11.77649 0.00282 39.1935 0.0094 350.469 0.001 12.93285 0.00189 36.9016 0.0054 300.510 0.001 11.82966 0.00200 39.3653 0.0067 250.537 0.000 10.20635 0.00158 40.7379 0.0063 200.426 0.000 8.23047 0.00143 41.0650 0.0072 150.154 0.000 6.19810 0.00182 41.2784 0.0121 100.113 0.000 4.14908 0.00071 41.4438 0.0071 50.096 0.000 2.09270 0.00078 41.7738 0.0155 25.122 0.000 1.06602 0.00023 42.4336 0.0092 10.009 0.000 0.44467 0.00013 44.4290 0.0127 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) 09:49:38 Magnet Current, Imag = 10.0073 A 09:49:38 Magnet Current Ramping to 0 A... 09:50:13 Magnet Current, Imag = .696238 A