On basicity of the system of eigenfunctions of one discontinuous spectral problemfor second order differential equation for grand-Lebesgue space
Yusuf Zeren, М. И. Исмайлов, Fatih Şirin
Abstract
Basicity of the system of eigenfunctions of some\textbf{ }discontinuous spectral problem for a second order differential equation with spectral parameter in boundary condition for grand-Lebesgue space $L_{p)} (-1;1)$ is studied in this work. Since the space is nonseparable, a subspace suitable for the spectral problem is defined. The subspace $G_{p)} (-1;1)$ of $L_{p)} (-1;1)$ generated by shift operator is considered. Basicity of the system of eigenfunctions for the space $G_{p)} (-1;1)\oplus C$, $1
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MathematicsEigenfunctionStandard probability spaceMathematical analysisSpace (punctuation)Subspace topologyPure mathematicsOrder (exchange)Boundary value problemDifferential operatorSpectrum (functional analysis)Lebesgue integrationMathematical physicsEigenvalues and eigenvectorsPhysicsQuantum mechanicsLinguisticsEconomicsPhilosophyFinanceDifferential Equations and Boundary ProblemsDifferential Equations and Numerical Methodsadvanced mathematical theories