Boundary Value Problems · 2014 · 29 citations · 8 references
Infinite Angular DomainElliptic EquationResolvent KernelRiemann-hilbert ProblemFree Boundary ProblemPotential TheoryDirichlet ProblemHeat Conduction EquationFunctional AnalysisHeat Equation
Abstract In this paper it is established that in an infinite angular domain for Dirichlet problem of the heat conduction equation the unique (up to a constant factor) non-trivial solution exists, which does not belong to the class of summable functions with the found weight. It is shown that for the adjoint boundary value problem the unique (up to a constant factor) non-trivial solution exists, which belongs to the class of essentially bounded functions with the weight found in the work. It is proved that the operator of a boundary value problem of heat conductivity in an infinite angular domain in a class of growing functions is Noetherian with an index which is equal to minus one. MSC: 35D05, 35K20, 45D05.
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Table of Integrals, Series, and Products
D. S., I. S. Gradshteyn, I.M. RYZHIK · Mathematics of Computation · 1966 · 8.1K citations
Tables of integrals, series and products
Leković Danijela R. · Nuclear Physics A · 1967 · 2.6K citations