Процессы Пеннинговской ионизации в холодных ридберговских средах Абузалам Алаа Мохамед Ахмед

brief description

Абузалам Алаа Мохамед Ахмед.
Процессы Пеннинговской ионизации в холодных ридберговских средах : диссертация ... кандидата физико-математических наук : 01.04.08 / Абузалам Алаа Мохамед Ахмед; [Место защиты: ФГБОУ ВО «Санкт-Петербургский государственный университет»]. - Санкт-Петербург, 2021. - 236 с. : ил.
Оглавление диссертациикандидат наук Абузалам Алаа Мохамед Ахмед
Table of Contents
Introduction
chapter 1. Cold Rydberg media in fundamental and applied problems
1.1 Rydberg states of alkali-metal atoms
1.2 Geospace environment issues
1.3 Rydberg atoms in problems of quantum informatics
1.4 Double Stark resonance (Förster resonance)
1.5 Spectral parameters of Rydberg states
1.5.1 Suppression of optical transitions in the vicinity of the Förster resonance
1.6 Ionization processes involving Rydberg atoms
1.6.1 Dipole resonance ionization
1.6.2 Ionization stimulated by a long-range interaction
1.7 Conclusion to Chapter
chapter 2. Binary model of Penning Ionization
2.1 Numerical technique of Penning autoionisation widths calculation
2.2 Penning ionization cross-section and rate constants
2.3 Semi-classical approach
2.4 Simplified semiclassical representations
2.5 Conclusion to Chapter
chapter 3. Main Features of Penning Ionization involving Rydberg
Atoms: optimal Tom and Jerry pairs for alkali-metal atoms
3.1 The optimal asymmetric (Tom and Jerry) pair when ld =
3.2 Doublet structure of Penning Ionization peak values when ld >
3.3 Conclusion to chapter
chapter 4. Strong enhancement of Penning Ionization at diffusion stage of Rydberg gases evolution into a cold plasma
4.1 Comparison with the blackbody Photoionization rates
4.2 Conclusion to Chapter
chapter 5. Analytical results for Penning Ionization (I): reference formulas applications
5.1 The reference formulas for PI rate constants
5.2 Tabulated parameters values for H
5.3 Tabulated parameters values for Li
5.4 Tabulated parameters values for Na
5.5 Tabulated parameters values for K
5.6 Tabulated parameters values for Rb
5.7 Tabulated parameters values for Cs atoms
5.8 Conclusion to Chapter
chapter 6. Analytical results for Penning Ionization (II): reference
formulas derivation
6.1 Penning Ionization widths for "symmetric" pairs
6.2 Penning Ionization widths for strong asymmetric Tom-Jerry pairs
6.3 Conclusion to Chapter
Conclusion
References
Appendix A. Semi-classical representations of radial integrals
A.1 "Short" optical dipole transitions
A.2 "Long" optical dipole transitions
A.3 Conclusion to Appendix A
Appendix B. Atomic units
List of Tables
List of Figures