Titlebook: Generalized Functions; Theory and Applicati Ram P. Kanwal Textbook 2004Latest edition Springer Science+Business Media New York 2004 Boundar

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Hirofumi Saiki MD,Hideaki Senzaki MDa function and its derivatives on a segment of the axis of symmetry of the body. This idea is extended to include distribution of these functions on arbitrary straight lines, curves, and disks [47-55].

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https://doi.org/10.1007/978-3-319-44691-2l .(.) for an input and .(.) for the corresponding output. A system is a mathematical model of a physical device and is represented by an operator .. Then .(.) is called the response of .(.) due to the given system. A system is often represented by a box as shown in Figure 14.1.

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Applications to Boundary Value Problems,a function and its derivatives on a segment of the axis of symmetry of the body. This idea is extended to include distribution of these functions on arbitrary straight lines, curves, and disks [47-55].

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Interplay Between Generalized Functions and the Theory of Moments,mptotic evaluation of divergent integrals, boundary layer theory and singular perturbations. Our aim in this chapter is to present the basic concepts of their methods and illustrate them with representative examples.

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Linear Systems,l .(.) for an input and .(.) for the corresponding output. A system is a mathematical model of a physical device and is represented by an operator .. Then .(.) is called the response of .(.) due to the given system. A system is often represented by a box as shown in Figure 14.1.