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数学分析原理(英文版原书第3版典藏版)/华章数学原版精品系列

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广东广州
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作者(美)沃尔特·鲁丁

出版社机械工业

ISBN9787111619543

出版时间2019-03

装帧其他

开本其他

定价69元

货号30594689

上书时间2024-06-19

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目录
Preface                                                  
    Chapter 1  The Real and Complex Number Systems          1
    Introduction                                 1
    Ordered Sets                                 3
    Fields                                    5
    The Real Field                               8
    The Extended Real Number System            11
    The Complex Field                           12
    Euclidean Spaces                            16
    Appendix                                  17
    Exercises                                   21
    Chapter 2  Basic Topology                        24
    Finite, Countable, and Uncountable Sets       24
    Metric Spaces                               30
    Compact Sets                               36
    Perfect Sets                                41    Connected Sets                              42
    Exercises                                   43
    Chapter 3  Numerical Sequences and Series                47
    Convergent Sequences                        47
    Subsequences                               51
    Cauchy Sequences                           52
    Upper and Lower Limits                      55
    Some Special Sequences                      57
    Series                                      58
    Series of Nonnegative Terms                  61
    The Number e                              63
    The Root and Ratio Tests                     65
    Power Series                                69
    Summation by Parts                         70
    Absolute Convergence                        71
    Addition and Multiplication of Series          72
    Rearrangements                             75
    Exercises                                   78
    Chapter 4  Continuity                                   83
    Limits of Functions                          83
    Continuous Functions                        85
    Continuity and Compactness                  89
    Continuity and Connectedness                 93
    Discontinuities                              94
    Monotonic Functions                        95
    Infinite Limits and Limits at Infinity            97
    Exercises                                    98
    Chapter 5  Differentiation                             103
    The Derivative of a Real Function            103
    Mean Value Theorems                       107
    The Continuity of Derivatives                108
    L'Hospital's Rule                           109
    Derivatives of Higher Order                  110
    Taylor’s Theorem                           110
    Differentiation of Vector-valued Functions                 111
    Exercises                                114
     Chapter 6  The Riemann-Stieltjes Integral                   120
    Definition and Existence of the Integral           120
    Properties of the Integral                        128
    Integration and Differentiation               133
    Integration of Vector-valued Functions        135
    Rectifiable Curves                           136
    Exercises                                   138
    Chapter 7  Sequences and Series of Functions,                         143
    Discussion of Main Problem                 143
    Uniform Convergence                       147
    Uniform Convergence and Continuity          149
    Uniform Convergence and Integration         151
    Uniform Convergence and Differentiation                  152
    Equicontinuous Families of Functions         154
    The Stone-Weierstrass Theorem              159
    Exercises                                   165
    Chapter 8  Some Special Functions                      172
    Power Series                                172
    The Exponential and Logarithmic Functions                178
    The Trigonometric Functions                 182
    The Algebraic Completeness of the Complex Field           184
    Fourier Series                              185
    The Gamma Function                      192
    Exercises                                   196
    Chapter 9  Functions of Several Variables                204
    Linear Transformations                      204
    Differentiation                              211
    The Contraction Principle                    220
    The Inverse Function Theorem               221
    The Implicit Function Theorem              223
    The Rank Theorem                         228
    Determinants                               231
    Derivatives of Higher Order                 235
    Differentiation of Integrals                   236
    Exercises                                  239
    Chapter 10  Integration of Differential Forms              245
    Integration                                 245
     Primitive Mappings                      248
    Partitions of Unity                      251
    Change of Variables                     252
    Differential Forms                      253
    Simplexes and Chains                    266
    Stokes’ Theorem                        273
    Closed Forms and Exact Forms            275
    Vector Analysis                       280
    Exercises                             288
    Chapter 11  The Lebesgue Theory                    300
    Set Functions                          300
    Construction of the Lebesgue Measure       302
    Measure Spaces                         310
    Measurable Functions                    310
    Simple Functions                        313
    Integration                            314
    Comparison with the Riemann Integral           322
    Integration of Complex Functions           325
    Functions of Class [WTHT]L[WT]\\+2                   325
    Exercises                               332
    Bibliography                           335
    List of Special Symbols                  337
    Index                                 339

内容摘要
本书涵盖了高等微积分学的丰富内容,*精彩的部分集中在基础拓扑结构、函数项序列与级数、多变量函数以及微分形式的积分等章节。

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