Примеры использования Mixed problem на Английском языке и их переводы на Русский язык
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Mixed Problems for Hyperbolic Equations.
Substantiation of Fourier Method in Mixed Problem with Involution.
Mixed problem for thermal conductivity equation.
About the Classical Solution of the Mixed Problem for the Wave Equation.
A Mixed Problem for a Wave Equation with a Nonzero Initial Velocity.
Behavior of the formal solution to a mixed problem for the wave equation.
Mixed problem for simplest hyperbolic first order equations with involution.
General scheme of Fourier method for the mixed problem for a hyperbolic equation.
Mixed problem for the wave equation with arbitrary two-point boundary conditions.
Resolvent approach to the Fourier method in a mixed problem for the wave equation.
The Mixed Problem for the Differential Equation with Involution and Potential of the Special Kind.
Resolvent Approach to Fourier Method in a Mixed Problem for Non-homogeneous Wave Equation.
In this paper the mixed problem for the first order differential equation with involution is investigated.
To clarify the existence theorem for solutions of the mixed problem for the inhomogeneous heat equation.
Structure of Mixed Problem Solution for Wave Equation on Compact Geometrical Graph in Nonzero Initial Velocity Case.
Classical solution by the Fourier method of mixed problems with minimum requirements on the initial data.
A priori estimates method is used to prove the existence in large theorem for classical solution of mixed problem under consideration.
Justification of Fourier Method in a Mixed Problem for Wave Equation with Non-zero Velocity.
We study a mixed problem for a first order differential system with two independent variables and continuous potential when the initial condition is an arbitrary square summable vector-valued function.
On Classical Solvability of One-Dimensional Mixed Problem for Fourth Order Semilinear Biparabolic Equations.
On necessary andsufficient conditions for the existence of the classical solution of the mixed problem for one-dimensional wave equation.
To the decision of one of the mixed problem for an inhomogeneous equation with partial derivatives of fourth order.
To clarify the theorem of existence of the classical solution of the mixed problem for onedimensional wave equation.
In this paper investigates the mixed problem for the first order differential equation with involution at the potential and with periodic boundary conditions.
In the paper, using contour integration of the resolvent of the corresponding spectral problem operator,justification of Fourier method in two mixed problems for wave equation with trivial initial function and non-zero velocity is given.
The classic solution of the mixed problem for a wave equation with a complex potential and minimal smoothness of initial data is established by the Fourier method.
Chernyatin theorem about the classical solution of the Fourier method of the mixed problem for the wave equation with fixed ends with minimum requirements on the initial data.
Existence and uniqueness of classical solution of one-dimensional mixed problem with Riquier type homogenous boundary conditions for one class of fourth order semilinear biparabolic equations are studied.
The boundary conditions of these problems, together with fixed endpoint conditions, embrace all cases of mixed problems with the same initial conditions for which the corresponding spectral operators in Fourier method have regular boundary conditions.
The mixed group problem definitely solved.