Atomic Properties in Hot Plasmas

Preface.- Abbreviations.- Introduction.- The Central-Field Configurational Model.- Distribution Functions. Energy Levels.- Statistical Properties of Transition Arrays.- Modeling of Ionic Spectra.- Static and Dynamical Equilibrium in Plasmas.- Super Configurations and Super Transition Arrays.- Global Approach to Plasmas in LTE Equilibrium.- Global Approaches to Non-LTE Hot Dense Plasmas. Effective Temperatures.- Hybrid Models.- Plasma Simulations.- Applications to Hot-Plasma Radiation.- Appendix A - The Tensor-Operator Formalism.- Appendix B - The Second-Quantization Method for Electrons in Atoms.- Appendix C - Partition Function Algebra.- Appendix D - Analytical Evaluation of the Ionic-Excitation Temperature T(I).- Appendix E - Evaluation of the Radiative Power Losses of a Superconfiguration.- Subject index.

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• A física quântica (mecânica quântica e teoria quântica de campos)
• Física da estrutura nuclear
• Física do plasma
• Energia e engenharia nuclear
• Física Matemática

Charge-state Distributions in Hot Plasmas;Dense Plasma Effects;Effective Temperatures in NLTE Regimes;Energy-transfer Problem in Astrophysics;Radiative Properties of Hot Dense Matter;Radiative Transfer and Radiation Hydrodynamics;Unresolved and Resolved Transition Arrays