Results 231 to 240 of about 110,790 (301)
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Complex Variables, Theory and Application: An International Journal, 1987
In this paper, the generalized Riemann–Hilbert problem with non-negative indices for a class of first order elliptic system of two complex variables has been investigated. Under some supposition, it is proved that the boundary value problem is solvable and the solution depends on arbitrary real constant.
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In this paper, the generalized Riemann–Hilbert problem with non-negative indices for a class of first order elliptic system of two complex variables has been investigated. Under some supposition, it is proved that the boundary value problem is solvable and the solution depends on arbitrary real constant.
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1999
The theory of general elliptic boundary value problems for systems of equations is explained in Chapter 1 (see also [R1, Ch.X], and bibliography there).
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The theory of general elliptic boundary value problems for systems of equations is explained in Chapter 1 (see also [R1, Ch.X], and bibliography there).
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The Cauchy problem for Boussinesq equations with general elliptic part
Analysis and Mathematical Physics, 2018V. Shakhmurov, R. Shahmurov
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An overview of precision oncology basket and umbrella trials for clinicians
Ca-A Cancer Journal for Clinicians, 2020Kristian Thorlund, Edward J Mills
exaly
The representation of the general solution of an elliptic system of differential equations
A representation of a general solution of the elliptic system \[ (1)\quad Au_{xx}+2Bu_{xy}+Cu_{yy}=0 \] is obtained, where A, B, C are constant square matrices. Earlier in 1957, A. V. Bitsadze, then in 1966 N. E. Tovmassian offered a representation of a general solution of the system considered.openaire +1 more source