X-Ray Radiation of Highly Charged Ions Book

1	Introduction	1
2	Techniques	7
2.1	Ion Sources	7
2.2	Heavy-Ion Accelerators	37
2.3	Storage Rings	47
2.4	Ion Traps	55
3	Atomic Structure and Spectra	61
3.1	Classification of Spectral Lines	61
3.2	Coupling Schemes	64
3.3	Ionization and Transition Energies	67
3.4	Fine and Hyperfine Structures	72
3.5	Lamb Shift	75
4	Transition Probabilities	85
4.1	Selection Rules	85
4.2	Transition Probabilities	87
4.3	Lifetimes	95
4.4	Autoionizing States	98
5	Radiative Processes	101
5.1	Photoionization and Radiative Recombination	101
5.2	Bremsstrahlung	113
5.3	Polarization of X-Ray Lines	116
5.4	X-Ray Lasers	122
6	Collisional Processes	127
6.1	Dielectronic Recombination	127
6.2	Radiative Electron Capture	138
6.3	Resonant Transfer and Excitation	147
6.4	Three-Body Recombination	150
App. A.1	Numerical Data for Electronic Binding Energies	155
App. A.2	Numerical Data for Electromagnetic Decay	171
App. A.3	Spectrospic Data for X-Ray Lasers	200
	References	203
	Subject Index	231