凝聚態物理學原理 pdf epub mobi txt 電子書 下載 2025

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P.M.Chaikin，T.C.Lubensky 著

圖書標籤:

• 凝聚態物理
• 固體物理
• 物理學
• 材料物理
• 量子力學
• 統計物理
• 相變
• 電子結構
• 拓撲物態
• 低溫物理

齣版社： 世界圖書齣版公司

ISBN：9787506249591

版次：1

商品編碼：10175291

包裝：平裝

開本：32開

齣版時間：2001-04-01

頁數：699

編輯推薦

　　這是一本凝聚態物理學的研究生教材．書中內容以相當大的篇幅介紹“軟”凝聚態物理（液體、液晶等）以及非公度晶體、準晶、非晶態固體、拓撲缺陷、孤子等傳統固體物理中很少討論的課題。在理論上強調瞭序參量。對稱性破缺、廣義剛度等概念，並係統介紹瞭重正化群理論及其在凝聚態物理中的應用。本書每章末附有習題和參考文獻。
　　此書為英文版。

內容簡介

　　這是一本凝聚態物理學的研究生教材．書中內容以相當大的篇幅介紹“軟”凝聚態物理（液體、液晶等）以及非公度晶體、準晶、非晶態固體、拓撲缺陷、孤子等傳統固體物理中很少討論的課題。在理論上強調瞭序參量。對稱性破缺、廣義剛度等概念，並係統介紹瞭重正化群理論及其在凝聚態物理中的應用。本書每章末附有習題和參考文獻。
　　此書為英文版。

目錄

Preface
1 Overview
1.1 Condensed matter physics
1.2 An example-H2o
1.3 Energies and potentials
Bibliorgbhy
References
2 Structure and scattering
2.1 Elementary scattering theory-Braggs law
2.2 Photons neutruons or elctrons
2.3 The density operator and its correlation functions
2.4 Lipuids and gases
2.5 Crystalline Sokids
2.6 Symmerty and crystal structure
2.7 Liquid crystals
2.8 One-and two-dimensional order in three-dimensional materials
2.9 Incommensurate structures
2.10 Quasicrystals
2.11 Magnetic order
2.12 Random isotopic fractls
3 Thermodynamics and statistical mechanics
4 Mean-field theory
5 Field theories，critical phenomena and the reormalization group
6 Generalized elasticity
7 Dynamics：correlation and response
8 Hydrodynamics
9 Topological defects
10 Walls kinks and solitons
Bibliograhy
References
Problems
Golssary
Index

前言/序言

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好！

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each chapter concludes with a set of problems. we have tried to include problems at all levels of difficulty. many problems are, however, challenging, even for seasoned professionals. where possible, we have tried to provide answers or answer clues for the more difficult problems. ...

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好，物美價廉，這麼沉送到傢！

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the text as it stands is suitable for a full year graduate course, although we have never taught it as such.chapters 1-6 establish the fundamentals. they introduce the systems to be studied, present experimental and theoretical tools, set up mean-field theories and show how they break down, investigate critical phenomena, and discuss symmetry breaking and the resulting generalized elasticity. we usually teach all of chapters 1-6 and parts of the remaining four chapters (usually all of chapter 9 on topological defects and bits and pieces of the other three chapters). on occasion, we have, instead of including all of chapter 9, taught chapters 7 and 8 on dynamical processes and hydrodynamics, followed by parts of chapter 10 on domain walls, kinks and solitons. when the whole year sequence was taught, we sometimes taught chapters 1-6 and chapter 9 in the first semester, followed by parts of chapters 7 and 8 in the second semester, before moving on to many-body physics. though we have generally taught thistext as a part of the full year sequence discussed above, we believe it can serve as an excellent text book for a second semester of statistical mechanics, as a secondary text for a course in many-body physics, and as a stand alone text for condensed matter physics. .