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Titlebook: Applied Hyperfunction Theory; Isao Imai Book 1992 Springer Science+Business Media Dordrecht 1992 Fourier series.analytic function.differen

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發(fā)表于 2025-3-21 19:13:53 | 只看該作者 |倒序?yàn)g覽 |閱讀模式
期刊全稱Applied Hyperfunction Theory
影響因子2023Isao Imai
視頻videohttp://file.papertrans.cn/160/159862/159862.mp4
學(xué)科分類Mathematics and its Applications
圖書(shū)封面Titlebook: Applied Hyperfunction Theory;  Isao Imai Book 1992 Springer Science+Business Media Dordrecht 1992 Fourier series.analytic function.differen
影響因子Generalized functions are now widely recognized as importantmathematical tools for engineers and physicists. But they areconsidered to be inaccessible for non-specialists. To remedy thissituation, this book gives an intelligible exposition of generalizedfunctions based on Sato‘s hyperfunction, which is essentially the`boundary value of analytic functions‘. An intuitive image --hyperfunction = vortex layer -- is adopted, and only an elementaryknowledge of complex function theory is assumed. The treatment isentirely self-contained. .The first part of the book gives a detailed account of fundamentaloperations such as the four arithmetical operations applicable tohyperfunctions, namely differentiation, integration, and convolution,as well as Fourier transform. Fourier series are seen to be nothingbut periodic hyperfunctions. In the second part, based on the generaltheory, the Hilbert transform and Poisson-Schwarz integral formula aretreated and their application to integral equations is studied. Agreat number of formulas obtained in the course of treatment aresummarized as tables in the appendix. In particular, those concerningconvolution, the Hilbert transform and Fourier transform co
Pindex Book 1992
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Basic Hyperfunctions,rentiation and definite integration. Then, not only almost all familiar functions, but also objects such as the δ-function, can be reinterpreted as hyperfunctions and dealt with in a unified way. In this chapter we discuss, in detail, several examples of basic hyperfunctions. We begin with character
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Fourier Transformation, Thus, we now have a basis on which we can perform differentiation and integration of hyperfunctions without obstacles. In the present chapter, we start the theory of Fourier transformations of hyperfunctions. In physical sciences and engineering, some problems are conveniently dealt with by Fourier
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Fourier Transforms-Existence and Regularity,main of functions (hyperfunctions) e.g. .1 = δ(.), .. = -..δ(ξ), .(1/x) = -π.sgnξ, .... The Fourier transform .(ξ) = ..(.) of a hyperfunction .(.) = H. F. .(.) is defined by .. (Definition 5.1.) Contours . and . of (1.2) consist of two semi-infinite curves each as shown in Figure 1. Whenever the int
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Fourier Transform-Asymptotic Behaviour,) may or may not be expressed in a closed form, i.e. in terms of known functions. In such a case we have to return to the definition of Fourier transformation and calculate numerically the infinite integral .. If ξ is not very large, numerical integration can be performed relatively easily, but for
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