Book contents
- Frontmatter
- Contents
- Preface
- 1 p-adic numbers
- 2 p-adic functions
- 3 p-adic integration theory
- 4 p-adic distributions
- 5 Some results from p-adic ℒ1- and ℒ2-theories
- 6 The theory of associated and quasi associated homogeneous p-adic distributions
- 7 p-adic Lizorkin spaces of test functions and distributions
- 8 The theory of p-adic wavelets
- 9 Pseudo-differential operators on the p-adic Lizorkin spaces
- 10 Pseudo-differential equations
- 11 A p-adic Schrödinger-type operator with point interactions
- 12 Distributional asymptotics and p-adic Tauberian theorems
- 13 Asymptotics of the p-adic singular Fourier integrals
- 14 Nonlinear theories of p-adic generalized functions
- A The theory of associated and quasi associated homogeneous real distributions
- B Two identities
- C Proof of a theorem on weak asymptotic expansions
- D One “natural” way to introduce a measure on ℚp
- References
- Index
A - The theory of associated and quasi associated homogeneous real distributions
Published online by Cambridge University Press: 07 September 2011
- Frontmatter
- Contents
- Preface
- 1 p-adic numbers
- 2 p-adic functions
- 3 p-adic integration theory
- 4 p-adic distributions
- 5 Some results from p-adic ℒ1- and ℒ2-theories
- 6 The theory of associated and quasi associated homogeneous p-adic distributions
- 7 p-adic Lizorkin spaces of test functions and distributions
- 8 The theory of p-adic wavelets
- 9 Pseudo-differential operators on the p-adic Lizorkin spaces
- 10 Pseudo-differential equations
- 11 A p-adic Schrödinger-type operator with point interactions
- 12 Distributional asymptotics and p-adic Tauberian theorems
- 13 Asymptotics of the p-adic singular Fourier integrals
- 14 Nonlinear theories of p-adic generalized functions
- A The theory of associated and quasi associated homogeneous real distributions
- B Two identities
- C Proof of a theorem on weak asymptotic expansions
- D One “natural” way to introduce a measure on ℚp
- References
- Index
Summary
Introduction
In this appendix we construct and study associated homogeneous distributions (AHDs) and quasi associated homogeneous distributions (QAHDs) for the real case. These results are based on the paper [223]. The results of this appendix are used in Chapter 6 to develop the theory of p-adic associated and quasi associated homogeneous distributions.
The concept of AHD was first introduced and studied in the book [95, Ch.I, §4.1.] (see Definitions A.2 and A.3 by analogy with the notion of the associated eigenvector (A.2.2)). Later the concept of an AHD was introduced in the paper [232, Ch.X, 8.] by Definition A.4, and in the books [87, (2.6.19)], [88, (2.110)] by Definition A.5. In the book [95, Ch.I, §4] and in the paper [232, Ch.X, 8.] a theorem was given (without proof), in which all AHDs were described (see Proposition A.2.1). In Section A.2.2 we discuss and analyse Definitions A.3, A.4, A.5, (A.2.9) of an AHD and show that they are selfcontradictory for k ≥ 2. Moreover, these definitions come into conflict with Proposition A.2.1. According to Section A.2.2, there exist only AHDs of order k = 0, i.e., homogeneous distributions (HDs) (given by Definition A.1) and of order k = 1 (given by Definition (A.2.3) or Definition A.2). Thus one can see that the concept of an AHD requires a special study.
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- Theory of p-adic DistributionsLinear and Nonlinear Models, pp. 285 - 316Publisher: Cambridge University PressPrint publication year: 2010