Asymptotic Solution Of Differential Equations In a Domain Containing a Regular Singular Point
Nicholas D. Kazarinoff, ROBERT W. MCKELVEY
Abstract
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Nicholas D. Kazarinoff, ROBERT W. MCKELVEY
Abstract
Open-access reader
1. Introduction. In this paper we study the asymptotic behavior in λ of the solutions about the origin in the z-plane of the differential equation . Both the variable z and the parameter λ are complex. The coefficient P(z, λ) is assumed to be analytic and single-valued in λ at infinity and in z throughout a bounded, closed, simply connected domain D containing z = 0.
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1. Introduction. In this paper we study the asymptotic behavior in λ of the solutions about the origin in the z-plane of the differential equation . Both the variable z and the parameter λ are complex. The coefficient P(z, λ) is assumed to be analytic and single-valued in λ at infinity and in z throughout a bounded, closed, simply connected domain D containing z = 0.
Key concepts: Mathematics, Bounded function, Domain (mathematical analysis), Infinity, Mathematical analysis, Singular point of a curve, Plane (geometry), Regular singular point