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Geometric integration theory 几何积分理论

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Geometric integration theory 几何积分理论

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作 者:HasslerWhitney 著

出 版 社:

出版时间:2005-12-1

I S B N:0486445836

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内容简介

  Geared toward upper-level undergraduates and graduate students, this treatment of geometric integration theory consists of three parts: an introduction to classical theory, a postulational approach to general theory, and a final section that continues the general study with Lebesgue theory.
  The introductory chapter shows how the simplest hypotheses lead to the employment of basic tools. The opening third of the treatment, an examination of classical theory, leads to the theory of the Riemann integral and includes a study of smooth (i.e., differentiable) manifolds. The second part, on general theory, explores abst integration theory, some relations between chains and functions, general properties of chains and cochains, and chains and cochains in open sets. The third, and final, section surveys Lebesgue theory in terms of flat cochains and differential forms, Lipschitz mappings, and chains and additive set functions. Appendixes on vector and linear spaces, geometric and topological preliminaries, and analytical preliminaries, along with indexes of symbols and terms, conclude the text.

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目录

Introduction
 A.The general problem of integration
  1.The integral as a function of the domain
  2.Polyhedral chains
  3.Two continuity hypotheses
  4.A further continuity hypothesis
  5.Some examples
  6.The case r=n
  7.The r-vector of an oriented r-cell
  8.On r-vectors and boundaries of (r+1)-cells
  9.Grassmann algebra
  10.The dual algebra
  11.Integration of differential forms
 B.Some classical topics
  12.Grassmann algebra in metric oriented n-space
  13.The same, n-3
  14.The differential of a mapping
  15.Jacobians
  16.Transformation of the integral
  17.Smooth manifolds
  18.Particular forms of integrals in 3-space
  19.The Theorem of Stokes
  20.The exterior differential
  21.Some special formulas in metric oriented Ea
  22.An existence theorem
  23, De Rham's Theorem
 C.Indications of general theory
  24.Normed spaces of chains and cochains
  25.Continuous chains
  26.On 0-dimensional integration
PartⅠ:Classical theory
 Chapter Ⅰ.Grassmann algebra
  1.Multivectors
  2.Multicovectors
  3.Properties of V[ir] and V[r]
  4.Alternating r-linear functions
  5.Use of coordinate systems
  6.Exterior products
  7.Interior products
  8.n-vectors in n-space
  9.Simple multiveetors
  10.Linear mappings of vector spaces
  11.Duality
  12.Euclidean vector spaces
  13.Mass and eomass
  14.Mass and comass of products
  15.On projections
 Chapter Ⅱ.Differential forms
  1.The differential of a smooth mapping
  2.Some properties of differentials
  3.Differential forms
  4.Smooth mappings
  5.Use of coordinate systems
  6.Jacobians
  7.The inverse and implicit function theorems
  8.The exterior differential
  9.A representation of vectors and covectors
  10.Smooth manifolds
  11.The tangent space of a smooth manifold
  12.Differential forms in smooth manifolds
  13.A characterization of the exterior differential
 Chapter Ⅲ.Riemann integration theory
  1.The r-vector of an oriented r-simplex
  2.The r-vector of an r-chain
  3.Integration over cellular chains
  4.Some properties of integrals
  5.Relation to the Riemann integral
  6.Integration over open sets
……
PartⅡ:General theory
PartⅢ:Lebesgue theory
Appendix
Index of symbols
Index of terms

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