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Excitation of condensed matters by high-speed ions and short-pulse laser

样章
作者：
张红
定价：
29.50 元
版面字数：
130.00千字
开本：
16开
装帧形式：
精装
页数：
136
最新
印次时间：
2024年8月
ISBN：
978-7-04-053825-0
物料号：
53825-00
出版时间：
2021年1月
读者对象：
高等教育
一级分类：
物理学与天文学类
二级分类：
物理学/应用物理学/天文学专业课程
三级分类：
物理学研究生教材
暂无
  • 目录
    • 前辅文
      • Chapter 1 The time-dependent Schr-dinger equation
        • §1.1 Relation with classical Newton's equation
          • §1.2 Relation with continuity equation of flow
          • Chapter 2 Perturbation Theory
            • §2.1 Assumption of weak interaction
              • §2.2 Assumption of adiabatic switch-off as time goes infinite
              • Chapter 3 Collision with high-speed ion
                • §3.1 Real-time propagation with the TDDFT
                  • §3.2 Gradual accelecration
                  • Chapter 4 Electron dynamics under strong and short laser
                    • §4.1 Typical intensity of laser field
                      • §4.2 Useless of the perturbation theory
                        • §4.3 Choice of gauge
                          • §4.4 Real-time propagation of electron wave-function within time-dependent density functional theory
                            • §4.5 Coupling with molecular dynamics
                              • §4.6 Appendix: The one-to-one relation between time-dependent external potential and charge density
                              • Chapter 5 Examples of simulations of materials under strong excitation
                                • §5.1 Ar+7 ion collision to graphene and excitation in projectile ion
                                  • §5.2 He ion collision and subsequent electron emission from graphene
                                    • §5.3 Photo-exfoliation of graphene sheets from graphite
                                      • §5.4 Laser-field enhancement inside semiconducting carbon nanotube
                                        • §5.5 Laser-induced dissociation of molecule inside semiconducting carbon nanotube
                                          • §5.6 Laser-induced reduction of graphene oxide
                                            • §5.7 Laser-induced synchronized motion of acetylene inside semiconducting carbon nanotubes
                                              • §5.8 Pulse-laser induced photo-dynamics of hydrogen-terminated graphene(graphane)
                                                • §5.9 Laser-driven enhancement of weak-attraction in noble gas dimer
                                                  • §5.10 Laser-driven enhancement of inter-layer attraction in hexagonal born nitride
                                                    • §5.11 THZ response of graphene nanoribbons to persistent UV laser
                                                      • §5.12 Water decomposition above 2-dimentional graphitic sheets
                                                        • §5.13 Quantum beat in fs order, observed in aromatic molecules
                                                          • §5.14 Optical response of noble metal thin film
                                                          • Chapter 6 Future problems
                                                            • §6.1 For larger scale calculations: choice of computational schemes
                                                              • §6.2 Self-consistent field calculation along with the time axis
                                                                • §6.3 Problem of Ehrenfest Dynamics
                                                                  • §6.4 Problem of adiabatic approximation in the exchange-correlation potentials
                                                                    • §6.5 Decay of excited state followed by radiation
                                                                    • Chapter 7 Summaries