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(2008)
Izbrannye trudy (Selected Works)
(1951)
On Eigenfunctions and Eigenvalues of Some Classes of Nonself-Adjoint Equations
N.Yu. Kapustin, E.I. Moiseev (2001)
On the Problem of Spectral Expansions for a Classical Problem with a Spectral Parameter in the Boundary ConditionDiffer. Uravn., 37
(1974)
On a Multiple Completeness of the System of Eigenfunctions and Associated Functions of a Class of Differential Operators
(1984)
On the Equiconvergence of Expansions in a Fourier Trigonometric Series and in Principal Functions of Ordinary Operators
N. Kerimov, Z. Aliev (2007)
On the basis property of the system of eigenfunctions of a spectral problem with spectral parameter in the boundary conditionDifferential Equations, 43
J. Tamarkin (1928)
Some general problems of the theory of ordinary linear differential equations and expansion of an arbitrary function in series of fundamental functionsMathematische Zeitschrift, 27
C. Fulton (1977)
Two-point boundary value problems with eigenvalue parameter contained in the boundary conditionsProceedings of the Royal Society of Edinburgh: Section A Mathematics, 77
(1972)
Elementy teorii funktsii i funktsional'nogo analiza (Elements of Function Theory and Functional Analysis)
A.I. Vagabov (2008)
On the Basis Property of Root Elements of Ordinary Differential Operators in the Space L 2,n (a, b)Differ. Uravn., 44
A. Vagabov (2008)
On the basis property of root elements of ordinary differential operators in the space L2,n(a, b)Differential Equations, 44
G. Birkhoff (1908)
Boundary value and expansion problems of ordinary linear differential equationsTransactions of the American Mathematical Society, 9
N.B. Kerimov, Z.S. Aliev (2007)
On the Basis Property of a System of Eigenfunctions of a Spectral Problem with Spectral Parameter in a Boundary ConditionDiffer. Uravn., 43
(1964)
On the Unconditional Convergence of Expansions in Eigenfunctions of Some Differential Operators, Izv. Vyssh
(2010)
On the Asymptotic Behavior with Respect to a Parameter of Solutions of Differential Systems with Coefficients in the Class L q
For a linear differential expression with matrix coefficients in the class L p , p ≥ 2, and with a parameter λ, we consider a boundary value problem with boundary conditions at the endpoints of the interval [a, b]. Under the condition that the problem is regular, we obtain a formula for the Fourier series expansion of an arbitrary vector function of the class L p in the root functions of the problem.
Differential Equations – Springer Journals
Published: May 28, 2012
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