Note on the oscillation of linear delay differential equations
Note on the periodic solutions of systems of ordinary differential equations
Note on the -boundedness of the solutions of a system of differential equations.
Note sur l’intégration de l’équation .
Note sur un theoreme de Michel Petrovitch
Nullstellen von Real- und Imaginärteil der Lösungen linearer Differentialgleichungen 2. Ordnung.
Numerical study by a controllability method for the calculation of the time-periodic solutions of the Maxwell and Vlasov-Maxwell systems
The topic of this paper is the numerical analysis of time periodic solution for electro-magnetic phenomena. The Limit Absorption Method (LAM) which forms the basis of our study is presented. Theoretical results have been proved in the linear finite dimensional case. This method is applied to scattering problems and transport of charged particles.
Numerical study by a controllability method for the calculation of the time-periodic solutions of the Maxwell and Vlasov-Maxwell systems
The topic of this paper is the numerical analysis of time periodic solution for electro-magnetic phenomena. The Limit Absorption Method (LAM) which forms the basis of our study is presented. Theoretical results have been proved in the linear finite dimensional case. This method is applied to scattering problems and transport of charged particles.
O niektorých vlastnostiach riešení diferenciálnej rovnice tvaru
O polynomických řešeních homogenní lineární diferenciální rovnice druhého řádu
On 1-regular ordinary differential operators
Solutions to singular linear ordinary differential equations with analytic coefficients are found in the form of Laplace type integrals.
On a certain transformation of the solution set of two linear second order differential equations
On a class of linear -th order differential equations
On a class of linear ordinary differential equations having and as solutions.
On a coincidence of central dispersions of the first and second kind in connection with periodic solutions of the differential equation
On a coincidence of the differential equation with its associated equation
On a distribution of zeros of solutions of a fourth-order iterated linear differential equation
On a distribution of zeros of solutions of an iterated differential equation of the -th order
On a fundamental central dispersion of the first kind and the Abel functional equation in strongly regular spaces of continuous functions
On a higher-order evolution equation with a Stepanov-bounded solution.