It is investigated the system of kinetic equations describing the magnetization of a medium consisting of single‐domain particles. The system includes the nonlinear Landay‐Lifschitz equation. The local existence of solution and its uniqueness in spaces Ck (0,T; X), X denotes the Sobolev space, is proved. Netiesinio įmagnetinimo uždavinio išsprendžiamumas Santrauka Nagrinejama netiesiniu lygčiu sistema, aprašanti medžiagos, sudarytos iš viendomeniu daleliu, imagnetinima. Matematinis modelis pasiūlytas V. Skakausko 1973 m. Atskiros daleles judejima magnetiniame lauke apibrežia netiesine vektorine Landay‐Lifšico lygtis. Medžiagos imagnetinimas aprašomas Maksvelo lygtimis. Tiriamoji lygčiu sistema gauta ivedus vektorini gradienta. Irod...
We consider various finite difference schemes for the first and the second initial‐boundary value pr...
In this paper three analytical solution for 2D temperature distribution in the wall and fin are cons...
We study the integrals fb a f(t) exp(i| ln rt|σ) dt and obtain asymptotic formula for these function...
In this paper we study the convergence of explicit and implicit finite difference scheme for the fir...
Conjugation problem about jointly separate flow of viscoelastic and viscous fluids in the plane duct...
„The convergence and stability of explicit difference schemes for nonlinear schrodinger equation" Ma...
A priori estimates expressing continuous dependence of the solution of a first order evolutionary eq...
„On general representation of the meromorphic solutions of higher analogues of the second painleve e...
The mathematical model of a chemical reaction which takes place on the surface of the uniformly movi...
„Polynomial spline collocation method for nonlinear two‐dimensional weakly singular integral equatio...
The Riemann homogeneous boundary value problem is investigated in the class of piecewise analytic fu...
The paper is devoted to the study of the one‐dimensional integral equation involving the Gauss hyper...
For the solution of weakly singular integral equations by the piecewise polynomial collocation metho...
A problem of a partial linearization and partial decoupling of non‐invertable impulsive extensions i...
We will consider the exact finite‐difference scheme for solving the system of differential equations...
We consider various finite difference schemes for the first and the second initial‐boundary value pr...
In this paper three analytical solution for 2D temperature distribution in the wall and fin are cons...
We study the integrals fb a f(t) exp(i| ln rt|σ) dt and obtain asymptotic formula for these function...
In this paper we study the convergence of explicit and implicit finite difference scheme for the fir...
Conjugation problem about jointly separate flow of viscoelastic and viscous fluids in the plane duct...
„The convergence and stability of explicit difference schemes for nonlinear schrodinger equation" Ma...
A priori estimates expressing continuous dependence of the solution of a first order evolutionary eq...
„On general representation of the meromorphic solutions of higher analogues of the second painleve e...
The mathematical model of a chemical reaction which takes place on the surface of the uniformly movi...
„Polynomial spline collocation method for nonlinear two‐dimensional weakly singular integral equatio...
The Riemann homogeneous boundary value problem is investigated in the class of piecewise analytic fu...
The paper is devoted to the study of the one‐dimensional integral equation involving the Gauss hyper...
For the solution of weakly singular integral equations by the piecewise polynomial collocation metho...
A problem of a partial linearization and partial decoupling of non‐invertable impulsive extensions i...
We will consider the exact finite‐difference scheme for solving the system of differential equations...
We consider various finite difference schemes for the first and the second initial‐boundary value pr...
In this paper three analytical solution for 2D temperature distribution in the wall and fin are cons...
We study the integrals fb a f(t) exp(i| ln rt|σ) dt and obtain asymptotic formula for these function...