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現代多粒子物理-原子氣體.納米結構和量子液體-第二版-(影印版) 版權信息
- ISBN:9787301215500
- 條形碼:9787301215500 ; 978-7-301-21550-0
- 裝幀:一般膠版紙
- 冊數:暫無
- 重量:暫無
- 所屬分類:>>
現代多粒子物理-原子氣體.納米結構和量子液體-第二版-(影印版) 本書特色
本書是影印英文版物理學專著,原書由世界科技出版社于2008年出版。多粒子物理是凝聚態物理研究的對象和基礎。本書作者具有豐富的教學和科研經驗,其講解力求深入淺出,尤其對于數學公式的推演,更是如此。因此,這本書不是那種令人望而卻步的艱澀之作,讀者會在作者的指引下,走到研究的前沿,并打下堅實的基礎。
現代多粒子物理-原子氣體.納米結構和量子液體-第二版-(影印版) 內容簡介
本書旨在闡述刻畫玻色和費米系統性質的理論方法,研究的具體對象包括金屬團簇,量子點、線、環,分子,束縛費米和玻色原子,氦液滴,不同維數和幾何以及有無磁場等情況下的電子氣等等。在第二版中還加入了如雜化結構中的自旋—軌道耦合,量子線的導電性,納米結構的導磁性等等內容。本書適合具有一定量子力學基礎,并對凝聚態物理基本概念有所了解的研究生和本科生閱讀,也可作為凝聚態領域科研工作者的參考書。
現代多粒子物理-原子氣體.納米結構和量子液體-第二版-(影印版) 目錄
preface
preface to the second edition
chapter 1 the independent-particle model
1.1 introduction
1.2 bosons
1.3 fermions
1.4 matrix elements of one-body operators
1.5 matrix elements of two-body operators
1.6 density matrices
1.7 the ideal bose gas confined in a harmonic potenti
1.8 the fermi gas
1.8.1 excited states
1.8.2 polarized fermi gas
1.8.3 the fermi gas in two dimensions with rashba interaction
1.9 finite temperature and quasiparticles
chapter 2 the hartree-fock theory
2.1 introduction
2.2 the hartree-fock method for fermions
2.2.1 examples of physical systems iyeated by the hartree-fock method
2.2.2 examples of infinite systems treated by the hartree-fock method
2.3 the hartree-fock method for bosons
2.4 the gross-pitaevskii equations
2.5 hartree-fock in second quantization language
2.6 hartree-fock at finite temperature
2.7 hartree-fock-bogoliubov and bcs
2.8 appendix: second quantization
chapter 3 the brueckner-hartree fock theory
3.1 introduction
3.2 the lippman-schwinger equation
3.3 the bethe-goldstone equation
3.4 examples of application of the bhf theory
3.4.1 the one-dimensional fermion system
3.4.2 ultracold highly polarized fermi gases
3.5 numerical results of bhf calculation in different systems
3.6 the g matrix for the 2d electron gas
3.6.1 decomposition in partial waves
3.6.2 the separable approximation
3.6.3 the g matrix expansion
3.6.4 numerical results and discussion
3.7 the g matrix for confined electron systems
3.7.1 effective interaction in confined electron systems
3.8 the bbp method
3.8.1 appendix
chapter 4 the density functional theory
4.1 introduction
4.2 the density functional formalism
4.3 examples of application of the density functional theory
4.3.1 the thomas-fermi theory for the atom
4.3.2 the gross-pitaevskii theory for the ground state of a dilute gas of bosons
4.3.3 the thomas-fermi approximation for the fermi gas confined in a harmonic potential
4.4 the kohn-sham equations
4.5 the local density approximation for the exchange-correlation energy
4.6 the local spin density approximation (lsda)
4.7 inclusion of current terms in the dft (cdft)
4.8 the ensemble density functional theory (edft)
4.9 the dft for strongly correlated systems: nuclei and helium
4.10 the dft for mixed systems
4.11 symmetries and mean field theories
chapter 5 the confined 2d electron gas in a magnetic field
5.1 introduction
5.2 quantum dots in a magnetic field
5.2.1 the ωo》ωc case
5.2.2 the ωc 》ωo case
5.2.3 the maximum density droplet (mdd) state
5.3 the fractional regime
chapter 6 spin-orbit coupling in the confined 2d electron gas
chapter 7 monte carlo methods
chapter 8 the linear response function theory
chapter 9 the linear response function in different models
chapter 10 dynamic correlations and the response function
chapter 11 the hydrodynamic and elastic models
index
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