I have set the start point and direction of the proton like the code in the below"
double x0 = -0.1, y0 = 0.204, z0 = -0.07, t0 = 0.;
double dx0 = 0., dy0 = -1., dz0 = 0.;
but the error notice"No medium at initial position"
I have seen the contours of the electric potential, in that starting point , it is indeed in the gas area.
ComponentAnsys123::Initialise:
Read properties of 2 materials from file MPLIST.lis.
ComponentAnsys123::Initialise:
Read 2159067 elements from file ELIST.lis,
highest node number: 3124105,
background elements skipped: 0
ComponentAnsys123::Initialise:
Read 3124105 nodes from file NLIST.lis.
ComponentAnsys123::Initialise:
Read 3124105 potentials from file PRNSOL.lis.
ComponentAnsys123::Prepare:
Caching the bounding boxes of all elements... done.
ComponentAnsys123::InitializeTetrahedralTree: Success.
ComponentAnsys123::PrintRange:
Dimensions of the elementary block
-0.167044 < x < -0.0670436 cm,
0.172927 < y < 0.205927 cm,
-0.115321 < z < -0.0353211 cm,
0 < V < 1500 V.
Periodicities
x: none
y: none
z: none
ComponentAnsys123::PrintMaterials:
Currently 2 materials are defined.
Index Permittivity Resistivity Notes
0 1 -1 (drift medium)
1 4.25 1e+10
MediumMagboltz::LoadGasFile:
Reading file N2.gas.
Version 12.
Gas composition set to N2.
MediumMagboltz::PrintGas:
Gas composition: N2
Pressure: 10 Torr
Temperature: 293.15 K
Gas file:
Pressure: 10 Torr
Temperature: 293.15 K
Electric field range: 0.005 - 0.05 V/cm in 19 steps.
Magnetic field: 0 T
Angle between E and B: 1.5708 rad
Available electron transport data:
Velocity along E
Velocity along Bt
Velocity along ExB
Low field extrapolation: constant
High field extrapolation: linear
Interpolation order: 2
Longitudinal diffusion coefficient
Transverse diffusion coefficient
Diffusion tensor
Low field extrapolation: constant
High field extrapolation: linear
Interpolation order: 2
Townsend coefficient
Low field extrapolation: constant
High field extrapolation: linear
Interpolation order: 2
Attachment coefficient
Low field extrapolation: constant
High field extrapolation: linear
Interpolation order: 2
Lorentz Angle
Low field extrapolation: constant
High field extrapolation: linear
Interpolation order: 2
Ionisation rates
N2 IONISATION N2+ X2SIGMA VIB=0 ELOSS= 15.581
Threshold = 15.5807 eV
N2 IONISATION N2+ X2SIGMA VIB>0 ELOSS= 15.855
Threshold = 15.8547 eV
N2 IONISATION N2+ A2PI VIB=0 ELOSS= 16.699
Threshold = 16.6987 eV
N2 IONISATION N2+ A2PI VIB=1 ELOSS= 16.935
Threshold = 16.9347 eV
N2 IONISATION N2+ A2PI VIB>1 ELOSS= 17.171
Threshold = 17.1707 eV
N2 IONISATION N2+ B2SIGMA ELOSS= 18.751
Threshold = 18.7506 eV
N2 IONISATION N2+ C2SIGMA ELOSS= 23.591
Threshold = 23.5905 eV
N2 DISSOC ION (N+,N) ELOSS= 24.294
Threshold = 24.2935 eV
N2 DISSOC ION (N+,N*) ELOSS= 24.4
Threshold = 24.3995 eV
N2 DISSOC ION (N+*,N) ELOSS= 35.7
Threshold = 35.6993 eV
N2 DISSOC ION (N++,N) AND (N+,N+) ELOSS= 38.8
Threshold = 38.7992 eV
N2 IONISATION K-SHELL ELOSS= 401.6
Threshold = 401.592 eV
Low field extrapolation: constant
High field extrapolation: linear
Interpolation order: 2
Available ion transport data:
none
Electron cross-sections:
N2
Level 0: ELASTIC ANISOTROPIC NITROGEN
Type 0 (elastic)
Level 1: IONISATION N2+ X2SIGMA VIB=0 ELOSS= 15.581
Type 1 (ionisation). Ionisation threshold: 15.581 eV.
Level 2: IONISATION N2+ X2SIGMA VIB>0 ELOSS= 15.855
Type 1 (ionisation). Ionisation threshold: 15.855 eV.
Level 3: IONISATION N2+ A2PI VIB=0 ELOSS= 16.699
Type 1 (ionisation). Ionisation threshold: 16.699 eV.
Level 4: IONISATION N2+ A2PI VIB=1 ELOSS= 16.935
Type 1 (ionisation). Ionisation threshold: 16.935 eV.
Level 5: IONISATION N2+ A2PI VIB>1 ELOSS= 17.171
Type 1 (ionisation). Ionisation threshold: 17.171 eV.
Level 6: IONISATION N2+ B2SIGMA ELOSS= 18.751
Type 1 (ionisation). Ionisation threshold: 18.751 eV.
Level 7: IONISATION N2+ C2SIGMA ELOSS= 23.591
Type 1 (ionisation). Ionisation threshold: 23.591 eV.
Level 8: DISSOC ION (N+,N) ELOSS= 24.294
Type 1 (ionisation). Ionisation threshold: 24.294 eV.
Level 9: DISSOC ION (N+,N*) ELOSS= 24.4
Type 1 (ionisation). Ionisation threshold: 24.4 eV.
Level 10: DISSOC ION (N+*,N) ELOSS= 35.7
Type 1 (ionisation). Ionisation threshold: 35.7 eV.
Level 11: DISSOC ION (N++,N) AND (N+,N+) ELOSS= 38.8
Type 1 (ionisation). Ionisation threshold: 38.8 eV.
Level 12: ATTACHMENT
Type 2 (attachment)
Level 13: ROTATION 2-0 ELOSS= -0.00148
Type 5 (super-elastic). Energy gain: 0.00148008 eV.
Level 14: ROTATION 3-1 ELOSS= -0.00247
Type 5 (super-elastic). Energy gain: 0.0024668 eV.
Level 15: ROTATION 4-2 ELOSS= -0.00345
Type 5 (super-elastic). Energy gain: 0.00345352 eV.
Level 16: ROTATION 5-3 ELOSS= -0.00444
Type 5 (super-elastic). Energy gain: 0.00444024 eV.
Level 17: ROTATION 6-4 ELOSS= -0.00543
Type 5 (super-elastic). Energy gain: 0.00542696 eV.
Level 18: ROTATION 7-5 ELOSS= -0.00641
Type 5 (super-elastic). Energy gain: 0.00641368 eV.
Level 19: ROTATION 8-6 ELOSS= -0.00740
Type 5 (super-elastic). Energy gain: 0.0074004 eV.
Level 20: ROTATION 9-7 ELOSS= -0.00839
Type 5 (super-elastic). Energy gain: 0.00838712 eV.
Level 21: ROTATION 10-8 ELOSS= -0.00937
Type 5 (super-elastic). Energy gain: 0.00937384 eV.
Level 22: ROTATION 11-9 ELOSS= -0.0104
Type 5 (super-elastic). Energy gain: 0.0103606 eV.
Level 23: ROTATION 12-10 ELOSS= -0.0113
Type 5 (super-elastic). Energy gain: 0.0113473 eV.
Level 24: ROTATION 13-11 ELOSS= -0.0123
Type 5 (super-elastic). Energy gain: 0.012334 eV.
Level 25: ROTATION 14-12 ELOSS= -0.0133
Type 5 (super-elastic). Energy gain: 0.0133207 eV.
Level 26: ROTATION 15-13 ELOSS= -0.0143
Type 5 (super-elastic). Energy gain: 0.0143074 eV.
Level 27: ROTATION 16-14 ELOSS= -0.0153
Type 5 (super-elastic). Energy gain: 0.0152942 eV.
Level 28: ROTATION 17-15 ELOSS= -0.0163
Type 5 (super-elastic). Energy gain: 0.0162809 eV.
Level 29: ROTATION 18-16 ELOSS= -0.0173
Type 5 (super-elastic). Energy gain: 0.0172676 eV.
Level 30: ROTATION 19-17 ELOSS= -0.0183
Type 5 (super-elastic). Energy gain: 0.0182543 eV.
Level 31: ROTATION 20-18 ELOSS= -0.0192
Type 5 (super-elastic). Energy gain: 0.019241 eV.
Level 32: ROTATION 21-19 ELOSS= -0.0202
Type 5 (super-elastic). Energy gain: 0.0202278 eV.
Level 33: ROTATION 22-20 ELOSS= -0.0212
Type 5 (super-elastic). Energy gain: 0.0212145 eV.
Level 34: ROTATION 23-21 ELOSS= -0.0222
Type 5 (super-elastic). Energy gain: 0.0222012 eV.
Level 35: ROTATION 24-22 ELOSS= -0.0232
Type 5 (super-elastic). Energy gain: 0.0231879 eV.
Level 36: ROTATION 25-23 ELOSS= -0.0242
Type 5 (super-elastic). Energy gain: 0.0241746 eV.
Level 37: ROTATION 26-24 ELOSS= -0.0252
Type 5 (super-elastic). Energy gain: 0.0251614 eV.
Level 38: ROTATION 27-25 ELOSS= -0.0261
Type 5 (super-elastic). Energy gain: 0.0261481 eV.
Level 39: ROTATION 28-26 ELOSS= -0.0271
Type 5 (super-elastic). Energy gain: 0.0271348 eV.
Level 40: ROTATION 29-27 ELOSS= -0.0281
Type 5 (super-elastic). Energy gain: 0.0281215 eV.
Level 41: ROTATION 30-28 ELOSS= -0.0291
Type 5 (super-elastic). Energy gain: 0.0291082 eV.
Level 42: ROTATION 31-29 ELOSS= -0.0301
Type 5 (super-elastic). Energy gain: 0.030095 eV.
Level 43: ROTATION 32-30 ELOSS= -0.0311
Type 5 (super-elastic). Energy gain: 0.0310817 eV.
Level 44: ROTATION 33-31 ELOSS= -0.0321
Type 5 (super-elastic). Energy gain: 0.0320684 eV.
Level 45: ROTATION 34-32 ELOSS= -0.0331
Type 5 (super-elastic). Energy gain: 0.0330551 eV.
Level 46: ROTATION 35-33 ELOSS= -0.0340
Type 5 (super-elastic). Energy gain: 0.0340418 eV.
Level 47: ROTATION 36-34 ELOSS= -0.0350
Type 5 (super-elastic). Energy gain: 0.0350286 eV.
Level 48: ROTATION 37-35 ELOSS= -0.0360
Type 5 (super-elastic). Energy gain: 0.0360153 eV.
Level 49: ROTATION 38-36 ELOSS= -0.0370
Type 5 (super-elastic). Energy gain: 0.037002 eV.
Level 50: ROTATION 39-37 ELOSS= -0.0380
Type 5 (super-elastic). Energy gain: 0.0379887 eV.
Level 51: ROTATION 0-2 ELOSS= 0.00148
Type 3 (inelastic). Energy loss: 0.00148008 eV.
Level 52: ROTATION 1-3 ELOSS= 0.00247
Type 3 (inelastic). Energy loss: 0.0024668 eV.
Level 53: ROTATION 2-4 ELOSS= 0.00345
Type 3 (inelastic). Energy loss: 0.00345352 eV.
Level 54: ROTATION 3-5 ELOSS= 0.00444
Type 3 (inelastic). Energy loss: 0.00444024 eV.
Level 55: ROTATION 4-6 ELOSS= 0.00543
Type 3 (inelastic). Energy loss: 0.00542696 eV.
Level 56: ROTATION 5-7 ELOSS= 0.00641
Type 3 (inelastic). Energy loss: 0.00641368 eV.
Level 57: ROTATION 6-8 ELOSS= 0.00740
Type 3 (inelastic). Energy loss: 0.0074004 eV.
Level 58: ROTATION 7-9 ELOSS= 0.00839
Type 3 (inelastic). Energy loss: 0.00838712 eV.
Level 59: ROTATION 8-10 ELOSS= 0.00937
Type 3 (inelastic). Energy loss: 0.00937384 eV.
Level 60: ROTATION 9-11 ELOSS= 0.0104
Type 3 (inelastic). Energy loss: 0.0103606 eV.
Level 61: ROTATION 10-12 ELOSS= 0.0113
Type 3 (inelastic). Energy loss: 0.0113473 eV.
Level 62: ROTATION 11-13 ELOSS= 0.0123
Type 3 (inelastic). Energy loss: 0.012334 eV.
Level 63: ROTATION 12-14 ELOSS= 0.0133
Type 3 (inelastic). Energy loss: 0.0133207 eV.
Level 64: ROTATION 13-15 ELOSS= 0.0143
Type 3 (inelastic). Energy loss: 0.0143074 eV.
Level 65: ROTATION 14-16 ELOSS= 0.0153
Type 3 (inelastic). Energy loss: 0.0152942 eV.
Level 66: ROTATION 15-17 ELOSS= 0.0163
Type 3 (inelastic). Energy loss: 0.0162809 eV.
Level 67: ROTATION 16-18 ELOSS= 0.0173
Type 3 (inelastic). Energy loss: 0.0172676 eV.
Level 68: ROTATION 17-19 ELOSS= 0.0183
Type 3 (inelastic). Energy loss: 0.0182543 eV.
Level 69: ROTATION 18-20 ELOSS= 0.0192
Type 3 (inelastic). Energy loss: 0.019241 eV.
Level 70: ROTATION 19-21 ELOSS= 0.0202
Type 3 (inelastic). Energy loss: 0.0202278 eV.
Level 71: ROTATION 20-22 ELOSS= 0.0212
Type 3 (inelastic). Energy loss: 0.0212145 eV.
Level 72: ROTATION 21-23 ELOSS= 0.0222
Type 3 (inelastic). Energy loss: 0.0222012 eV.
Level 73: ROTATION 22-24 ELOSS= 0.0232
Type 3 (inelastic). Energy loss: 0.0231879 eV.
Level 74: ROTATION 23-25 ELOSS= 0.0242
Type 3 (inelastic). Energy loss: 0.0241746 eV.
Level 75: ROTATION 24-26 ELOSS= 0.0252
Type 3 (inelastic). Energy loss: 0.0251614 eV.
Level 76: ROTATION 25-27 ELOSS= 0.0261
Type 3 (inelastic). Energy loss: 0.0261481 eV.
Level 77: ROTATION 26-28 ELOSS= 0.0271
Type 3 (inelastic). Energy loss: 0.0271348 eV.
Level 78: ROTATION 27-29 ELOSS= 0.0281
Type 3 (inelastic). Energy loss: 0.0281215 eV.
Level 79: ROTATION 28-30 ELOSS= 0.0291
Type 3 (inelastic). Energy loss: 0.0291082 eV.
Level 80: ROTATION 29-31 ELOSS= 0.0301
Type 3 (inelastic). Energy loss: 0.030095 eV.
Level 81: ROTATION 30-32 ELOSS= 0.0311
Type 3 (inelastic). Energy loss: 0.0310817 eV.
Level 82: ROTATION 31-33 ELOSS= 0.0321
Type 3 (inelastic). Energy loss: 0.0320684 eV.
Level 83: ROTATION 32-34 ELOSS= 0.0331
Type 3 (inelastic). Energy loss: 0.0330551 eV.
Level 84: ROTATION 33-35 ELOSS= 0.0340
Type 3 (inelastic). Energy loss: 0.0340418 eV.
Level 85: ROTATION 34-36 ELOSS= 0.0350
Type 3 (inelastic). Energy loss: 0.0350286 eV.
Level 86: ROTATION 35-37 ELOSS= 0.0360
Type 3 (inelastic). Energy loss: 0.0360153 eV.
Level 87: ROTATION 36-38 ELOSS= 0.0370
Type 3 (inelastic). Energy loss: 0.037002 eV.
Level 88: ROTATION 37-39 ELOSS= 0.0380
Type 3 (inelastic). Energy loss: 0.0379887 eV.
Level 89: VIBRATION V1 ELOSS= -0.2889
Type 5 (super-elastic). Energy gain: 0.2889 eV.
Level 90: VIBRATION V1 ELOSS= 0.2889
Type 3 (inelastic). Energy loss: 0.2889 eV.
Level 91: VIBRATION 2V1 ELOSS= 0.5742
Type 3 (inelastic). Energy loss: 0.5742 eV.
Level 92: VIBRATION 3V1 ELOSS= 0.8559
Type 3 (inelastic). Energy loss: 0.8559 eV.
Level 93: VIBRATION 4V1 ELOSS= 1.1342
Type 3 (inelastic). Energy loss: 1.1342 eV.
Level 94: VIBRATION 5V1 ELOSS= 1.4088
Type 3 (inelastic). Energy loss: 1.4088 eV.
Level 95: VIBRATION 6V1 ELOSS= 1.6801
Type 3 (inelastic). Energy loss: 1.6801 eV.
Level 96: VIBRATION 7V1 ELOSS= 1.9475
Type 3 (inelastic). Energy loss: 1.9475 eV.
Level 97: VIBRATION 8V1 ELOSS= 2.2115
Type 3 (inelastic). Energy loss: 2.2115 eV.
Level 98: VIBRATION 9V1 ELOSS= 2.4718
Type 3 (inelastic). Energy loss: 2.4718 eV.
Level 99: VIBRATION 10V1 ELOSS= 2.7284
Type 3 (inelastic). Energy loss: 2.7284 eV.
Level 100: VIBRATION 11V1 ELOSS= 2.9815
Type 3 (inelastic). Energy loss: 2.9815 eV.
Level 101: VIBRATION 12V1 ELOSS= 3.2310
Type 3 (inelastic). Energy loss: 3.231 eV.
Level 102: VIBRATION 13V1 ELOSS= 3.4769
Type 3 (inelastic). Energy loss: 3.4769 eV.
Level 103: VIBRATION 14V1 ELOSS= 3.7191
Type 3 (inelastic). Energy loss: 3.7191 eV.
Level 104: VIBRATION 15V1 ELOSS= 3.9576
Type 3 (inelastic). Energy loss: 3.9576 eV.
Level 105: A3SIG V=0-4 ELOSS= 6.725
Type 4 (excitation). Excitation energy: 6.725 eV.
Level 106: A3SIG V=5-9 ELOSS= 7.360
Type 4 (excitation). Excitation energy: 7.36 eV.
Level 107: B 3PI V=0-3 ELOSS= 7.744
Type 4 (excitation). Excitation energy: 7.744 eV.
Level 108: W3DEL V=0-5 ELOSS= 8.050
Type 4 (excitation). Excitation energy: 8.05 eV.
Level 109: A3SIG V=10-21 ELOSS= 8.217
Type 4 (excitation). Excitation energy: 8.217 eV.
Level 110: B 3PI V=4-16 ELOSS= 8.451
Type 4 (excitation). Excitation energy: 8.451 eV.
Level 111: W3DEL V=6-10 ELOSS= 8.729
Type 4 (excitation). Excitation energy: 8.729 eV.
Level 112: A 1PI V=0-3 ELOSS= 8.950
Type 4 (excitation). Excitation energy: 8.95 eV.
Level 113: B!3SIG V=0-6 ELOSS= 8.974
Type 4 (excitation). Excitation energy: 8.974 eV.
Level 114: A!1SIG V=0-6 ELOSS= 9.191
Type 4 (excitation). Excitation energy: 9.191 eV.
Level 115: W3DEL V=11-19 ELOSS= 9.562
Type 4 (excitation). Excitation energy: 9.562 eV.
Level 116: W 1DEL V=0-5 ELOSS= 9.590
Type 4 (excitation). Excitation energy: 9.59 eV.
Level 117: A 1PI V=4-15 ELOSS= 9.665
Type 4 (excitation). Excitation energy: 9.665 eV.
Level 118: B!3SIG V=7-18 ELOSS= 9.933
Type 4 (excitation). Excitation energy: 9.933 eV.
Level 119: A!1SIG V=7-19 ELOSS= 10.174
Type 4 (excitation). Excitation energy: 10.174 eV.
Level 120: W 1DEL V=6-18 ELOSS= 10.536
Type 4 (excitation). Excitation energy: 10.536 eV.
Level 121: C 3PI V=0-4 ELOSS= 11.188
Type 4 (excitation). Excitation energy: 11.188 eV.
Level 122: E 3SIG ELOSS= 11.875
Type 4 (excitation). Excitation energy: 11.875 eV.
Level 123: A!!1SIG V=0-1 ELOSS= 12.289
Type 4 (excitation). Excitation energy: 12.289 eV.
Level 124: B 1PI V=0-6 F=0.1855 ELOSS= 12.781
Type 4 (excitation). Excitation energy: 12.781 eV.
Level 125: C!1SIG V=0-3 F=0.1500 ELOSS= 13.000
Type 4 (excitation). Excitation energy: 13 eV.
Level 126: G 3PI V=0-3 ELOSS= 13.001
Type 4 (excitation). Excitation energy: 13.001 eV.
Level 127: C3 1PI V=0-3 F=0.1500 ELOSS= 13.076
Type 4 (excitation). Excitation energy: 13.076 eV.
Level 128: F 3PI V=0-3 ELOSS= 13.174
Type 4 (excitation). Excitation energy: 13.174 eV.
Level 129: B 1PI V=7-14 F=0.0663 ELOSS= 13.338
Type 4 (excitation). Excitation energy: 13.338 eV.
Level 130: B!1SIG V=0-10 F=0.0601 ELOSS= 13.385
Type 4 (excitation). Excitation energy: 13.385 eV.
Level 131: O3 1PI V=0-3 F=0.0828 ELOSS= 13.628
Type 4 (excitation). Excitation energy: 13.628 eV.
Level 132: C!1SIG V=4-6 F=0.1390 ELOSS= 14.090
Type 4 (excitation). Excitation energy: 14.09 eV.
Level 133: B!1SIG V=11-24 F=0.2650 ELOSS= 14.232
Type 4 (excitation). Excitation energy: 14.232 eV.
Level 134: E!1SIG F=0.0108 ELOSS= 14.36
Type 4 (excitation). Excitation energy: 14.36 eV.
Level 135: E 1PI F=0.0237 ELOSS= 14.45
Type 4 (excitation). Excitation energy: 14.45 eV.
Level 136: SINGLET LEVEL F=0.0117 ELOSS= 14.839
Type 4 (excitation). Excitation energy: 14.839 eV.
Level 137: SUM HIGH SINGLETS F=0.1152 ELOSS= 15.2
Type 4 (excitation). Excitation energy: 15.2 eV.
Level 138: NEUTRAL DISS ABOVE IONIS. ENERGY ELOSS= 15.6
Type 4 (excitation). Excitation energy: 15.6 eV.
Level 139: NEUTRAL DISS ABOVE IONIS. ENERGY ELOSS= 16.6
Type 4 (excitation). Excitation energy: 16.6 eV.
ViewDrift::Plot3d:
Could not determine the plot limits.
Sensor::SetArea:
-0.167044 < x [cm] < -0.0670436
0.172927 < y [cm] < 0.205927
-0.115321 < z [cm] < -0.0353211
TrackHeed::NewTrack:
No medium at initial position.
TrackHeed::GetCluster:
Track has not been initialized. Call NewTrack first.
Killed