凝聚态物质 （英文） 【正版】 2025 chm pdf kindle rb azw3 下载 115盘

《凝聚态物质(英文)》全面详细的讲述了凝聚态物质——这个现代物理前言领域。内容自成体系，详实，易于被读者接受。这部高标准的教材包扩了该科目的所有的标准话题，如晶体结构、能带、声子、光学性质和铁电体、超导体和磁性；深入讨论了输运理论、纳米科学、半导体，以及这个快速发展领域的最新实验进展特性，如高温超导、量子霍尔效应、石墨烯、纳米管、局域化和hubbard模型、密度函数理论、kapitza阻力。附有大量的例子和问题，是凝聚态物理和材料物理专业的一部两学期标准教材。

Preface

Introduction

.900-90

.2CrystalGrowth

.3MaterialsbyDesign

.4ArtificialStructures

2CrystalStructures

2.LatticeVectors

2.2ReciprocalLatticeVectors

2.3TwoDimensions

2.4ThreeDimensions

2.5Compounds

2.6MeasuringCrystalStructures

2.6.X-rayScattering

2.6.2ElectronScattering

2.6.3NeutronScattering

2.7StructureFactor

2.8EXAFS

2.9OpticalLattices

3EnergyBands

3.Bloch-sTheorem

3..Floquet-sTheorem

3.2NearlyFreeElectronBands

3.2.PeriodicPotentials

3.3Tight-bindingBands

3.3.s-StateBands

3.3.2p-StateBands

3.3.3WannierFunct-ions

3.4SemiconductorEnergyBands

3.4.WhatIsaSemiconductor?

3.4.2Si-Ge-GaAs

3.4.3HgTeandCdTe

3.4.4kpTheory

3.4.5ElectronVeloaty

3.5DensityofStates

3.5.DynamicalMeanFieldTheo

3.6Pseudopotentials

3.7MeasurementofEnergyBands

3.7.CydotronResonance

3.7.2SynchrotronBandMapping

4Insulators

4.RareGasSolids

4.2IonicCrystals

4.2

Gerald D. Mahan: 美国宾夕法尼亚州立大学院士

Education

Harvard University (A.B., Physics, Magna Cum Laude), 1959

University of California, Berkeley (Ph.D., Physics), 1964

Research Interests:

Condensed matter theory

Transport and optical properties

Solid-state devices

Specialties: Condensed Matter Physics (Theoretical)

Honors and Awards:

National Science Foundation Predoctoral Fellow, 1959-1961

Alfred P. Sloan Research Fellow, 1968-1970

Fellow, American Physical Society, 1974-

Luther Dana Waterman Research Award, 1979, co-winner, Outstanding Scientist at Indiana University

Dushman Award, 1984, co-winner, General Electric Company, for development of ZnO Varistor

Centennial Medal, Catholic University of Chile, 1989

Member, National Academy of Sciences, since 1995

Member, American Academy of Arts and Sciences, 2005

Eberly College of Science Medal, 2007

Foreign Member, Royal Society of Arts and Sciences, Göteborg, Sweden, 2008

Erasmus Mundas Lecturer of the European Union, April 2011

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编辑推荐

Thisbookisatextforagraduatecourseinmaterialscience，condensedmatterphysics，orsolidstatephysics.Thestudentisexpectedtohetakenpreviouscoursesinquantummechanicsandelectromagnetictheory.Nopriorknowledgeorcourseincondensedmatterphysicsisrequired.Theearlierchaptersintroducebasicconcepts，suchascrystalstructures，energy-bandtheory，phonons，andtypesofcrystalbinding.Intermediatechaptersdiscussthebasicfeaturesoftransportandopticalpropertiesofsolids.laterchaptersdiscusscurrentresearchtopics，suchasmagnetism，superconductivity，andnanoscience.Thereisanextensivetreatmentofmetals，fromtheviewpointsoffreeelectrons，tightbinding，andstrongcorrelations.Thereisanextensivediscussionofsemiconductors，fromtheviewpointsofbothintrinsic，andthenextrinsicproperties.Achaptersexceptthefirsthehomeworkproblems.Theseproblemshebeenworkedbyagenerationofstudents.

书籍介绍

《凝聚态物质(英文)》全面详细的讲述了凝聚态物质——这个现代物理前言领域。内容自成体系，详实，易于被读者接受。这部高标准的教材包扩了该科目的所有的标准话题，如晶体结构、能带、声子、光学性质和铁电体、超导体和磁性；深入讨论了输运理论、纳米科学、半导体，以及这个快速发展领域的最新实验进展特性，如高温超导、量子霍尔效应、石墨烯、纳米管、局域化和hubbard模型、密度函数理论、kapitza阻力。附有大量的例子和问题，是凝聚态物理和材料物理专业的一部两学期标准教材。