這是一本高年級大學生和研究生水平的宇宙物理學教材，它全面介紹了現代宇宙學的內容。為了使學生能獲得對宇宙學課題的物理的和直觀的理解，本書配有大量插圖和90多道習題，並在書末給出了習題的說明及解答。對所有必需的天文學術語，書中也給出了清晰的解釋，以確保有大學物理學背景的學生都能夠讀懂。
基本介紹
- 書名：宇宙物理學
- 作者：J.A.Peacock
- ISBN：9787506265928
- 頁數：682
- 出版社：世界圖書出版公司
- 出版時間：2004-11
- 裝幀：平裝
內容推薦,目錄,
內容推薦
本書分6部分，共18章，目次如下：（一）引力和相對論：廣義相對論基礎；天體物理學相對論。（二）經典宇宙學：各向同性宇宙；引力透鏡；年齡和距離標度。（三）量子場基礎：量子力學和相對論；量子場論；標準模型。（四）早期宇宙：熱的大爆炸；拓撲虧損；膨脹宇宙學。（五）觀測宇宙學：宇宙中的物質；星系及其演變；運行的星系。（六）星系形成和成團：結構形成動力學；宇宙密度場；星系形成；宇宙背景起伏。
天文學、物理學專業的大學生、研究生、教師及科研人員。這是一本高年級大學生和研究生水平的宇宙物理學教材,它全面介紹了現代宇宙學的內容。為了使學生能獲得對宇宙學課題的物理的和直觀的理解，本書配有大量插圖和90多道習題，並在書末給出了習題的說明及解答。對所有必需的天文學術語，書中也給出了清晰的解釋，以確保有大學物理學背景的學生都能夠讀懂。<br>
天文學、物理學專業的大學生、研究生、教師及科研人員。這是一本高年級大學生和研究生水平的宇宙物理學教材,它全面介紹了現代宇宙學的內容。為了使學生能獲得對宇宙學課題的物理的和直觀的理解，本書配有大量插圖和90多道習題，並在書末給出了習題的說明及解答。對所有必需的天文學術語，書中也給出了清晰的解釋，以確保有大學物理學背景的學生都能夠讀懂。<br>
目錄
本書分6部分，共18章，目次如下：（一）引力和相對論：廣義相對論基礎；天體物理學相對論。（二）經典宇宙學：各向同性宇宙；引力透鏡；年齡和距離標度。（三）量子場基礎：量子力學和相對論；量子場論；標準模型。（四）早期宇宙：熱的大爆炸；拓撲虧損；膨脹宇宙學。（五）觀測宇宙學：宇宙中的物質；星系及其演變；運行的星系。（六）星系形成和成團：結構形成動力學；宇宙密度場；星系形成；宇宙背景起伏。<br> 天文學、物理學專業的大學生、研究生、教師及科研人員。
Preface
Part1:Graviation and relativity
1 Essentials of general relativity
1.1 The concepts of general relativiry
1.2 The equation of motion
1.3 Tensors and relativity
1.4 The energy-momentum tensor
1.5 The field equations
1.6 Alternative theories of gravity
1.7 Relativity and differetnal geometry
2 Astrophysical Relativity
2.1 Relativistic fluid mechancs
2.2 Weak fields
2.3 Gravitationanl Radiation
2.4 The binary pulsarPreface
Part1:Graviation and relativity
1 Essentials of general relativity
1.1 The concepts of general relativiry
1.2 The equation of motion
1.3 Tensors and relativity
1.4 The energy-momentum tensor
1.5 The field equations
1.6 Alternative theories of gravity
1.7 Relativity and differetnal geometry
2 Astrophysical Relativity
2.1 Relativistic fluid mechancs
2.2 Weak fields
2.3 Gravitationanl Radiation
2.4 The binary pulsar
2.5 Black holes
2.6 Accretion onto black holes
Part 2:Classical cosmology
3 The isotropic universe
3.1 The Robertson-Wlaker metvric
3.2 Dynamics of the expansion
3.3 Commonbig bang misconceptions
3.4 Observations in cosmology
3.5 The anthropic principle
4 Gravitational lensing
4.1 Basics of light deflection
4.2 Simple lens models
4.3 General properties of thin lenses
……
5 The age and distance scales
Part 3:Basics of quantum fields
6 Quantum mechanics and realtity
7 Quantum field theory
8 The standard model and beyond
Part 4:The early universe
9 The hot big bang
10 Topological defects
11 Inflationary csomology
Part 5:Observational cosmology
12 Matter in the universe
13 Galaxies and their evolution
14 Active galaxiex
Part 6:Galaxy formation and clutering
15 Dynamics of structure formation
16 Cosmological density fields
17 Galaxy formation
18 Cosmic bakcground fluctuations
Index
Part1:Graviation and relativity
1 Essentials of general relativity
1.1 The concepts of general relativiry
1.2 The equation of motion
1.3 Tensors and relativity
1.4 The energy-momentum tensor
1.5 The field equations
1.6 Alternative theories of gravity
1.7 Relativity and differetnal geometry
2 Astrophysical Relativity
2.1 Relativistic fluid mechancs
2.2 Weak fields
2.3 Gravitationanl Radiation
2.4 The binary pulsarPreface
Part1:Graviation and relativity
1 Essentials of general relativity
1.1 The concepts of general relativiry
1.2 The equation of motion
1.3 Tensors and relativity
1.4 The energy-momentum tensor
1.5 The field equations
1.6 Alternative theories of gravity
1.7 Relativity and differetnal geometry
2 Astrophysical Relativity
2.1 Relativistic fluid mechancs
2.2 Weak fields
2.3 Gravitationanl Radiation
2.4 The binary pulsar
2.5 Black holes
2.6 Accretion onto black holes
Part 2:Classical cosmology
3 The isotropic universe
3.1 The Robertson-Wlaker metvric
3.2 Dynamics of the expansion
3.3 Commonbig bang misconceptions
3.4 Observations in cosmology
3.5 The anthropic principle
4 Gravitational lensing
4.1 Basics of light deflection
4.2 Simple lens models
4.3 General properties of thin lenses
……
5 The age and distance scales
Part 3:Basics of quantum fields
6 Quantum mechanics and realtity
7 Quantum field theory
8 The standard model and beyond
Part 4:The early universe
9 The hot big bang
10 Topological defects
11 Inflationary csomology
Part 5:Observational cosmology
12 Matter in the universe
13 Galaxies and their evolution
14 Active galaxiex
Part 6:Galaxy formation and clutering
15 Dynamics of structure formation
16 Cosmological density fields
17 Galaxy formation
18 Cosmic bakcground fluctuations
Index
