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广义相对论简明教程第2版
作者：J. Foster J.D. Nightingale
出版社：世界图书出版公司北京公司
出版时间：1998-03-01
ISBN：9787506236263
定价：¥40.00
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内容简介
暂缺《广义相对论简明教程第2版》简介
作者简介
暂缺《广义相对论简明教程第2版》作者简介
目录
Preface
Introduction
1 Vector and tensor fields
1.0 Introduction
1.1 Coordinate systems in Euclidean space
1.2 Suffix notation
1.3 Tangents and gradients
1.4 Coordinate transformations in Euclidean space
1.5 Tensor fields in Euclidean space
1.6 Surfaces in Euclidean space
1.7 Manifolds
1.8 Tensor fields on manifolds
1.9 Metric properties
1.10 What and where are the bases
Problems 1
2 The spacetime of general relativity and paths of particles
2.0 Introduction
2.1 Geodesics
2.2 Parallel vectors along a curve
2.3 Absolute and covariant differentiation
2.4 Geodesic coordinates
2.5 The spacetime of general relativity
2.6 Newton''s laws of motion
2.7 Gravitational potential and the geodesic
2.8 Newton''s law of universal gravitation
2.9 A rotating reference system
Problems 2
3 Field equations and curvature
3.0 Introduction
3.1 The stress tensor and fluid motion
3.2 The curvature tensor and related tensors
3.3 Curvature and parallel transport
3.4 Geodesic deviation
3.5 Einstein''s field equations
3.6 Einstein''s equation compared with Poisson''s equation
3.7 The Schwarzschild solution
Problems 3
Physics in the vicinity of a massive object
4.0 Introduction
4.1 Length and time
4.2 Radar sounding
4.3 Spectral shift
4.4 General particle motion including photons
4.5 Perihelion advance
4.6 Bending of light
4.7 Geodesic effect
4.8 Black holes
4.9 Other coordinate systems
Problems 4
5 Gravitational radiation
5.0 Introduction
5.1 What wiggles
5.2 Two polarizations
5.3 Simple generation and detection
Problems 5
6 Elements of cosmology
6.0 Introduction
6.1 Robertson-Walker line element
6.2 Field equations
6.3 The Friedmann models
6.4 Comment on Einstein''s models
6.5 Newtonian dust
Problems 6
A Special relativity review
A.0 Introduction
A.1 Lorentz transformations
A.2 Relativistic addition of velocities
A.3 Simultaneity
A.4 Time dilation, length contraction
A.5 Spacetime diagrams
A.6 Some standard 4-vectors
A.7 Doppler effect
A.8 Electromagnetism
Problems A
B The Chinese connection
B.0 Background
B.1 Lanchester''s transporter on a plane
B.2 Lanchester''s transporter on a surface
B.3 A trip at constant latitude
References
Index
Introduction
1 Vector and tensor fields
1.0 Introduction
1.1 Coordinate systems in Euclidean space
1.2 Suffix notation
1.3 Tangents and gradients
1.4 Coordinate transformations in Euclidean space
1.5 Tensor fields in Euclidean space
1.6 Surfaces in Euclidean space
1.7 Manifolds
1.8 Tensor fields on manifolds
1.9 Metric properties
1.10 What and where are the bases
Problems 1
2 The spacetime of general relativity and paths of particles
2.0 Introduction
2.1 Geodesics
2.2 Parallel vectors along a curve
2.3 Absolute and covariant differentiation
2.4 Geodesic coordinates
2.5 The spacetime of general relativity
2.6 Newton''s laws of motion
2.7 Gravitational potential and the geodesic
2.8 Newton''s law of universal gravitation
2.9 A rotating reference system
Problems 2
3 Field equations and curvature
3.0 Introduction
3.1 The stress tensor and fluid motion
3.2 The curvature tensor and related tensors
3.3 Curvature and parallel transport
3.4 Geodesic deviation
3.5 Einstein''s field equations
3.6 Einstein''s equation compared with Poisson''s equation
3.7 The Schwarzschild solution
Problems 3
Physics in the vicinity of a massive object
4.0 Introduction
4.1 Length and time
4.2 Radar sounding
4.3 Spectral shift
4.4 General particle motion including photons
4.5 Perihelion advance
4.6 Bending of light
4.7 Geodesic effect
4.8 Black holes
4.9 Other coordinate systems
Problems 4
5 Gravitational radiation
5.0 Introduction
5.1 What wiggles
5.2 Two polarizations
5.3 Simple generation and detection
Problems 5
6 Elements of cosmology
6.0 Introduction
6.1 Robertson-Walker line element
6.2 Field equations
6.3 The Friedmann models
6.4 Comment on Einstein''s models
6.5 Newtonian dust
Problems 6
A Special relativity review
A.0 Introduction
A.1 Lorentz transformations
A.2 Relativistic addition of velocities
A.3 Simultaneity
A.4 Time dilation, length contraction
A.5 Spacetime diagrams
A.6 Some standard 4-vectors
A.7 Doppler effect
A.8 Electromagnetism
Problems A
B The Chinese connection
B.0 Background
B.1 Lanchester''s transporter on a plane
B.2 Lanchester''s transporter on a surface
B.3 A trip at constant latitude
References
Index
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