Collisions of Electrons with Atomic Ions (Landolt-Börnstein: Numerical Data and Functional Relationships in Science and Technology - New Series Elementary Particles, Nuclei and Atoms)

Title Page......Page 1
3.4.5  Resonance states in electron detachment under electron impact......Page 0
Contributors......Page 3
Preface......Page 4
Motivations and objectives......Page 5
Outline......Page 6
3.1.1  Introduction......Page 8
3.1.2.1  Definitions and formulae......Page 9
3.1.2.2.1  The close coupling approximation and the R-matrix method......Page 10
3.1.2.2.2  The distorted wave and the relativistic distorted wave approximations......Page 11
3.1.2.2.4  The Iron Project......Page 12
3.1.2.3.2  Channel-coupling......Page 13
3.1.2.3.4  Relativistic effects......Page 14
3.1.2.3.5  Radiation damping of autoionizing resonances......Page 15
3.1.3  Comparison with experiments......Page 16
3.1.4  Scaling laws, analysis of data, and databases......Page 26
3.1.5.1  Theoretical data sources......Page 28
3.1.5.2  Effective collision strengths, wavelengths, and A-values......Page 40
3.1.5.3  Excitation data for iron ions......Page 52
Fe I......Page 53
Fe II......Page 55
Fe III......Page 62
Fe IV......Page 78
Fe V, Fe X......Page 82
Fe XII......Page 83
Fe XIV, Fe XVI......Page 85
Fe XVII......Page 86
Fe XVIII, Fe XXI......Page 90
Fe XXII......Page 95
Fe XXIII......Page 102
Fe XXIV......Page 104
Fe XXVI......Page 105
3.1.6  References for 3.1......Page 108
3.2.1  Introduction and general description......Page 115
3.2.2  Experimental techniques for ion targets......Page 117
3.2.3.1  Direct processes......Page 118
3.2.3.2  Indirect processes......Page 119
3.2.4.1  General features of the ionization cross section behavior......Page 121
3.2.4.2  High resolution ionization cross section measurements of indirect processes......Page 123
3.2.4.3  Ionization of relativistic electrons......Page 128
3.2.5  Short description of theories......Page 130
3.2.6  Evaluated ionization cross sections for ions......Page 131
3.2.7.2  Li-like ions......Page 142
3.2.7.5  Ionization rate coefficients......Page 143
3.2.8  References for 3.2......Page 145
List of papers......Page 147
Index by ion species......Page 154
3.3.1  Introduction......Page 157
3.3.2  General discussion......Page 159
3.3.2.1  The recombination amplitudes and cross sections......Page 160
3.3.2.2  Rate coefficients, electron velocity distributions and cascades......Page 162
3.3.3  Direct processes......Page 164
3.3.3.1  Radiative recombination (RR)......Page 165
3.3.3.2  Three-body recombination (TBR)......Page 167
3.3.4  Indirect processes - dielectronic recombination......Page 170
3.3.5  Plasma density effects - field and collisional perturbations......Page 174
3.3.6  Conclusion......Page 177
3.3.7  Explanation for the use of tables......Page 179
RR rates......Page 181
Total RR rates......Page 183
Electron and ion density 10^11 cm^(-3)......Page 184
Electron and ion density 10^14 cm^(-3)......Page 190
Carbon ions......Page 196
Oxygen ions......Page 197
Neon ions......Page 200
Magnesium ions......Page 203
Phosphorus ions......Page 207
Argon ions......Page 211
Titanium ions......Page 217
Iron ions......Page 224
3.3.9  References for 3.3......Page 233
3.4.1  Introduction......Page 235
3.4.2.1  Negative hydrogen ions......Page 237
3.4.2.2  Heavier negative ions......Page 240
3.4.3  Theoretical treatments......Page 242
3.4.4  Empirical formulas for electron detachment......Page 243
3.4.5  Resonance states in electron detachment under electron impact......Page 245
3.4.6  References for 3.4......Page 246