Geodesic

Tome 7 (1971) no. 7

Sommaire

The zeros of the solutions of a second order linear differential equation with retarded argument
p. 1147-1157
A function of the boundary value conditions and estimation of the Green's function of a periodic problem
p. 1158-1170
The coming together of quasilinear objects in the regular case
p. 1171-1178
Cases of sharpening and the attainability of an estimate of the highest exponent in the method of freezing
p. 1179-1191
On the theory of complete controllability of linear systems of differential equations with retarded argument
p. 1192-1198
The position of the separatrices of saddle-point periodic motions of systems of second order differential equations
p. 1199-1225
A certain boundary value problem for an elliptic system of special form
p. 1226-1234
Transformation formulae of radial type
p. 1235-1249
“Resonance” representations of the solutions of a first order hyperbolic system in the plane
p. 1250-1262
The solution of one-dimensional problems for a second order parabolic system in unbounded domains
p. 1263-1275
A theory of functional equations of Maljužinec. IV. Nonhomogeneous functional equations with periodic coefficients
p. 1276-1287
Differential properties of the extremals of quadratic functionals with discontinuous coefficients
p. 1288-1293
Eigenfunctions of the Hammerstein operator
p. 1294-1304
An approximate solution of the Cauchy problem for linear Fredholm integro-differential equations by the method of averaging of functional corrections
p. 1305-1314
A certain method of constructing an approximate solution of first order differential equations
p. 1315-1319
The control of rotational motion
p. 1320-1322
The potentials for a certain type of higher order elliptic equations
p. 1323-1326
The convergence property of certain third order nonlinear differential equations
p. 1327-1329
Behavior of the solution on the half-axis of a certain second order nonlinear differential equation
p. 1330-1332
The absolute and uniform convergence of the generalized Fourier integral
p. 1333-1338