量子力学与经典力学之间的联系在原子分子及电动力学系统建模中的应用（英文版） / 国外优秀物理著作原版系列
￥58.00定价
作者： （罗）波帕
出版时间：2016-01
出版社：哈尔滨工业大学出版社
- 哈尔滨工业大学出版社
- 9787560357638
- 129142
- 2016-01
- O413.1
内容简介
由波帕著的《量子力学与经典力学之间的联系在原子分子及电动力学系统建模中的应用(英文版)/国外优秀物理著作原版系列》主要讲述了激光与微粒之间的相互作用原理，叙述了量子力学与经典力学之间的联系，以及量子方程中经典方程与量子、分子及电动力学之间的相互关系。本书适合于研究相对论光学新领域的大学生、研究生和相关专业的教师使用。
目录
Introduction
1 Wave Model for Atomic Systems
1.1 General COnsiderations
1.2 Solution for Helium—Like Systems
1.3 Evaluation of the Correction Term Emls
1.4 Solution for Lithium Like Systems
1.5 Geometric Symmetries and Periodic Solutions of the Hamilton—Jacobi Equation 1.6 Typical Applications
1.7 A More General Method Applied to the Nitrogen Atom 1.8 General Relations Derived for the Central Field Method
2 Wave Model for Molecular Systems
2.1 General COnsideratiOns
2.2 Calculations of the Ca Curves C0rrespOnding to Single Double and Triple Bonds Of Homonuclear Molecules and to Ionic and Covalent Bonds of HeterOnuclear Molecules
2.3 Calculations of Geometric Parameters of Diatomic Molecules 2.4 Analytical Method Used to Calculate the Energetic Values of Diatomic Molecules 2.5 Typical Applications
3 Modeling Properties of Harmonics Generated by Relativistic Interactions Between Very Intense Electromagnetic Beams Electrons and Atoms
3.1 General Considerations
3.2 Radiations Generated at the Interactions Between Very Intense Laser Beams and Electron Plasmas
3.3 Hard Radiations Generated at the Head on Collision Between Very Intense Laser Beam and Relativistic Electron Beam
3.4 Effects in Collisions at Arbitrary Angles Between Verv Intense OL or πL Polarized Laser Beams，and Relativistic Electron Beams
3.5 Calculation of the Harmonic Spectrum of the Radiations Generated at the Interaction Between Very Intense Laser Beams and Atoms
Conclusions
Appendix A：Details of Calculation of the Correction Term Emls
Appendix B：Mathematica 7 Programs
Bibliography
1 Wave Model for Atomic Systems
1.1 General COnsiderations
1.2 Solution for Helium—Like Systems
1.3 Evaluation of the Correction Term Emls
1.4 Solution for Lithium Like Systems
1.5 Geometric Symmetries and Periodic Solutions of the Hamilton—Jacobi Equation 1.6 Typical Applications
1.7 A More General Method Applied to the Nitrogen Atom 1.8 General Relations Derived for the Central Field Method
2 Wave Model for Molecular Systems
2.1 General COnsideratiOns
2.2 Calculations of the Ca Curves C0rrespOnding to Single Double and Triple Bonds Of Homonuclear Molecules and to Ionic and Covalent Bonds of HeterOnuclear Molecules
2.3 Calculations of Geometric Parameters of Diatomic Molecules 2.4 Analytical Method Used to Calculate the Energetic Values of Diatomic Molecules 2.5 Typical Applications
3 Modeling Properties of Harmonics Generated by Relativistic Interactions Between Very Intense Electromagnetic Beams Electrons and Atoms
3.1 General Considerations
3.2 Radiations Generated at the Interactions Between Very Intense Laser Beams and Electron Plasmas
3.3 Hard Radiations Generated at the Head on Collision Between Very Intense Laser Beam and Relativistic Electron Beam
3.4 Effects in Collisions at Arbitrary Angles Between Verv Intense OL or πL Polarized Laser Beams，and Relativistic Electron Beams
3.5 Calculation of the Harmonic Spectrum of the Radiations Generated at the Interaction Between Very Intense Laser Beams and Atoms
Conclusions
Appendix A：Details of Calculation of the Correction Term Emls
Appendix B：Mathematica 7 Programs
Bibliography
