The data file AMJUEL: Additional Atomic and Molecular ... - eirene

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2.22 Reaction 2.26B0 e + F e → e + F e + + e Ionization Rate for neutral Iron Atoms b0 -2.457959373433D+01 b1 8.433391049230D+00 b2 -3.846892092374D+00 b3 1.185976759143D+00 b4 -2.459329335625D-01 b5 3.266162856106D-02 b6 -2.642594731066D-03 b7 1.182305727446D-04 b8 -2.237621366618D-06 Max. rel. Error: .0907 % Mean rel. Error: .0450 % 2.23 Reaction 2.26B1 e + F e + → e + F e ++ + e Ionization Rate for single charged Iron Ions b0 -3.437574762141D+01 b1 1.685181764677D+01 b2 -7.911217139035D+00 b3 2.442620345655D+00 b4 -5.072788444089D-01 b5 6.899131935535D-02 b6 -5.866292819569D-03 b7 2.825378750379D-04 b8 -5.881378739141D-06 Max. rel. Error: .2106 % Mean rel. Error: .1105 % 85
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The data file AMJUEL: Additional At
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1.2.9 Reaction 0.3V p + H2 → p +
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4.17 Reaction 2.3.9b e + He(1|1S)
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11.7 Reaction 2.0b p + H2(v = 0)
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Introduction Record: • update 6.1
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H.12 7.2 a,b,c,d reduced pop. coeff
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• update 11.05/04 H.11 2.0a, 2.0b
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Additional atomic data fits, read b
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C PARAMETER E (E.G. C PROJECTILE EN
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C C C ENDIF IF (H123(4:4).EQ.’
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ELSEIF (ISW.EQ.10) THEN MODCLF(IR)=
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DO 7 I=4,6 INC=INDEX(ZEILE((IND+1):
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Types of Data, general prescription
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where ⟨· · ·⟩ denotes averag
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we have subtracted the (negative) p
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0 H.0 : Fits for Potentials 0.1 Rea
Page 33 and 34: 0.3 Reaction 0.3T p + H2 → p + H2
Page 35 and 36: 0.5 Reaction 0.5T p + Ne → p + Ne
Page 37 and 38: 0.7 Reaction 0.7T p + Kr → p + Kr
Page 39 and 40: 0.9 Reaction 0.100 bulk-electrons o
Page 41 and 42: This page is intentionally left bla
Page 44: 1.2.4 Reaction 0.2T p + He(1|1s)
Page 47: 1.2.10 Reaction 0.5T p + Ne → p +
Page 52: 1.2.16 Reaction 0.7T p + Kr → p +
Page 56 and 57: 1.2.22 Reaction 3.1.6FJ p + H → .
Page 58: 1.2.23 Reaction 3.1.8R p + H(1s)
Page 61: 1.3 He + impact processes 1.3.1 Rea
Page 67: 2.5 Reaction 2.2.17 e + H2 → e +
Page 71: 2.8 Reaction 2.2FJ e + He(1|1S) →
Page 75 and 76: 2.13 Reaction 2.5B0 e + B → e + B
Page 77 and 78: 2.15 Reaction 2.6B0 e + C → e + C
Page 79: 2.17 Reaction 2.7B0 e + N → e + N
Page 83: 2.20 Reaction 2.18B0 e + Ar → e +
Page 89 and 90: 3.2 Reaction 0.1D p + H(1s) → +H(
Page 91: 3.3 Reaction 0.2T p + He(1s) → p
Page 97 and 98: 3.6 Reaction 0.3D p + H2 → p + H2
Page 99 and 100: 3.7 Reaction 0.4T He + + He → He
Page 101 and 102: 3.8 Reaction 0.4D He + + He → He
Page 103 and 104: 3.9 Reaction 0.5T p + Ne → p + Ne
Page 105 and 106: 3.10 Reaction 0.5D p + Ne → p + N
Page 107 and 108: 3.11 Reaction 0.6T p + Ar → p + A
Page 109 and 110: 3.12 Reaction 0.6D p + Ar → p + A
Page 111 and 112: 3.13 Reaction 0.7T p + Kr → p + K
Page 113 and 114: 3.14 Reaction 0.7D p + Kr → p + K
Page 115 and 116: 3.15 Reaction 0.8T p + Xe → p + X
Page 117 and 118: 3.16 Reaction 0.8D p + Xe → p + X
Page 119 and 120: 3.17 Reaction 2.1.5 e + H → 2e +
Page 121 and 122: 3.18 Reaction 2.3.9 e + He → 2e +
Page 123 and 124: 3.19 Reaction 3.1.8 p + H(1s) → H
Page 125 and 126: 3.20 Reaction 3.1.8o p + H(1s) →
Page 127 and 128: 3.21 Reaction 3.1.8d p + H(1s) →
Page 129 and 130: 3.22 Reaction 3.2.3 p + H2(ν) →
Page 131 and 132: 3.23 Reaction 3.3.1 p + He → H +
Page 133 and 134: 3.24 Reaction 3.3.6a p + He ∗ (1s
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3.25 Reaction 3.3.6b p + He ∗ (1s
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4 H.4 : Fits for ⟨σv⟩(ne, T )
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4.2 Reaction 2.1.5o H + e → H + +
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4.3 Reaction 2.1.5 H + e → H + +
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4.4 Reaction 2.1.8JH H + + e → H(
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4.5 Reaction 2.1.8o H + + e → H(1
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4.6 Reaction 2.1.8 H + + e → H(1s
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4.7 Reaction 2.1.8a H + + e → H(1
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4.8 Reaction 2.1.8b H + + e + e →
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4.9 Reaction 2.2.5 e + H2 → e + H
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4.10 Reaction 2.2.5g e + H2 → e +
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4.11 Reaction 2.2.9 e + H2 → 2e +
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4.12 Reaction 2.2.10 e + H2 → 2e
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4.13 Reaction 2.2.11 e + H + 2 →
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4.14 Reaction 2.2.12 e + H + 2 →
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4.15 Reaction 2.2.14 e + H + 2 →
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4.16 Reaction 2.3.9a e + He(1|1S)
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Fujimoto Formulation I (ground leve
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4.18 Reaction 2.3.9c e + He(1|1S)
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4.19 Reaction 2.3.9d e + He(1|1S)
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4.20 Reaction 2.3.9e e + He(2|1S)
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4.21 Reaction 2.3.9f e + He(2|1S)
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4.22 Reaction 2.3.9g e + He(2|1S)
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4.23 Reaction 2.3.9h e + He(2|3S)
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4.24 Reaction 2.3.9i e + He(2|3S)
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4.25 Reaction 2.3.9j e + He(2|3S)
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4.26 Reaction 2.3.13a e + He + (1s)
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4.27 Reaction 2.3.13b e + He + (1s)
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4.28 Reaction 2.3.13c e + He + (1s)
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4.29 Reaction 2.3.13d e + He + (1s)
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4.30 Reaction 2.2C e + He + → He
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4.31 Reaction 2.6A0 e + C → C + +
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4.32 Reaction 2.7A0 e + N → N + +
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4.33 Reaction 2.8A0 e + O → O + +
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4.34 Reaction 2.3.2B0 e + He + →
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Recombination Rates for double char
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COLRAD (Hydrogen-like-ion) code: 4.
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Data from impurity transport code
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4.42 Reaction 2.3.6A0 e + C + → C
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4.43 Reaction 2.3.7A0 e + N + → N
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4.44 Reaction 2.3.8A0 e + O + → O
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4.45 Reaction 2.3.10B0 e + Ne + →
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4.49 Reaction 3.2.3r p + H2 (+e)
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4.50 Reaction 3.2.3d p + H2 → p +
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4.51 Reaction 3.2.3i p + H2 → p +
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4.52 Reaction 7.2.3a p + H − →
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4.53 Reaction 7.2.3b p + H − →
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5 H.5 : Fits for ⟨σ · v · mome
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8 H.8 : Fits for ⟨σ · v · Ep
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8.2 Reaction 2.2B0 e + He → e + H
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8.4 Reaction 2.4B0 e + Be → e + B
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8.6 Reaction 2.5B0 e + B → e + B
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8.8 Reaction 2.6B0 e + C → e + C
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8.10 Reaction 2.10B0 e + Ne → e +
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8.12 Reaction 2.18B0 e + Ar → e +
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8.14 Reaction 2.26B0 e + F e → e
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9 H.9 :Fits for ⟨σ · v · Ep⟩
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9.2 Reaction 3.1.8d p + H(1s) → H
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9.3 Reaction 3.3.1 p + He → H + H
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9.4 Reaction 3.3.6a p + He ∗ (2|1
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9.5 Reaction 3.3.6b p + He ∗ (2|3
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10 H.10 :Fits for ⟨σ · v · Ep
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10.2 Reaction 2.1.5 e + H → H + +
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10.3 Reaction 2.1.5o e + H → H +
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10.4 Reaction 2.1.8 H + + e → H(1
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10.5 Reaction 2.1.8t H + + e → H(
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10.6 Reaction 2.1.8o H + + e → H(
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10.7 Reaction 2.3.9a e + He → He
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10.8 Reaction 2.3.13a e + He + (1s)
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10.9 Reaction 2.6A0 e + C → C + +
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10.10 Reaction 2.7A0 e + N → N +
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10.11 Reaction 2.8A0 e + O → O +
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10.12 Reaction 2.3.6A0 C + + e →
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10.13 Reaction 2.3.7A0 N + + e →
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10.14 Reaction 2.3.8A0 O + + e →
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11 H.11: Other single polynomial fi
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11.4 Reaction 2.6B0 C + e → C ∗
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11.7 Reaction 2.0b p + H2(v = 0)
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11.9 Reaction 7.0a e + H2(v) → H
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12 H.12: Other double polynomial fi
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12.2 Reaction 2.1.5a H + e → H +
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12.3 Reaction 2.1.5b H + e → H +
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12.4 Reaction 2.1.5c H + e → H +
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12.5 Reaction 2.1.5d H + e → H +
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12.6 Reaction 2.1.5e H + e → H +
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12.7 Reaction 2.1.5tot H + e → H
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12.8 Reaction 2.1.5de H + e → H +
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12.9 Reaction 2.1.5o H + e → H +
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12.10 Reaction 2.1.8 H + + e ↔ H(
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12.11 Reaction 2.1.8a H + + e → H
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12.12 Reaction 2.1.8b H + + e → H
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12.13 Reaction 2.1.8c H + + e → H
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12.14 Reaction 2.1.8d H + + e → H
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12.15 Reaction 2.1.8e H + + e → H
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12.16 Reaction 2.1.8tot H + + e →
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12.17 Reaction 2.1.8de H + + e →
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12.18 Reaction 2.1.8det H + + e →
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12.19 Reaction 2.1.8o H + + e → H
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12.20 Reaction 2.2a e + He → He
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12.21 Reaction 2.2b e + He → He
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12.22 Reaction 2.2c e + He → He
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12.23 Reaction 2.2d e + He → He
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12.24 Reaction 2.2e e + He → He
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12.25 Reaction 2.3.2a e + He + →
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12.26 Reaction 2.3.2b e + He + →
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12.27 Reaction 2.3.2c e + He + →
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12.28 Reaction 2.3.2d e + He + →
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12.29 Reaction 2.3.2e e + He + →
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12.30 Reaction 2.3.9a He + e → He
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12.31 Reaction 2.3.13a e + He + (1s
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12.32 Reaction 2.6A0 C + e → C +
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12.33 Reaction 2.3.6A0 C + + e →
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12.34 Reaction 2.2.5a H2 + e → ..
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12.35 Reaction 2.2.5b H2 + e → ..
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12.36 Reaction 2.2.5c H2 + e → ..
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12.37 Reaction 2.2.5d H2 + e → ..
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12.38 Reaction 2.2.5e H2 + e → ..
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12.39 Reaction 2.2.5fl H2 + e → .
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12.40 Reaction 2.2.5fu H2 + e → .
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12.41 Reaction 2.2.14a H + 2 + e
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12.42 Reaction 2.2.14b H + 2 + e
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12.43 Reaction 2.2.14c H + 2 + e
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12.44 Reaction 2.2.14d H + 2 + e
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12.45 Reaction 2.2.14e H + 2 + e
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12.46 Reaction 2.2.15a H + 3 + e
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12.47 Reaction 2.2.15b H + 3 + e
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12.48 Reaction 2.2.15c H + 3 + e
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12.49 Reaction 2.2.15d H + 3 + e
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12.50 Reaction 2.2.15e H + 3 + e
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12.51 Reaction 7.2a H − + p → .
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12.52 Reaction 7.2b H − + p → .
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12.53 Reaction 7.2c H − + p → .
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12.54 Reaction 7.2d H − + p → .
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12.55 Reaction 7.2e H − + p → .
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12.56 Reaction 2.0a e + H2 → H +
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12.57 Reaction 2.0b e + H2(v = 0)
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12.58 Reaction 2.0c e + H2(v) → H
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13 Appendix 423
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