1. Inverse coefficient problem for a nonlinear differential equation and an iterative solution method

   • A. M. Denisov
   • S. I. Solov'eva

   Numerical Methods in Inverse Problems Pages: 205 - 216

2. An inverse problem for a system with a moving boundary

   • V. I. Maksimov

   Numerical Methods in Inverse Problems Pages: 217 - 225

3. Fredholm equations of the first kind

   • S. N. Baginskaya
   • É. G. Davydov

   Numerical Methods in Inverse Problems Pages: 226 - 230

4. Mathematical and informational issues of radiological element analysis

   • P. N. Zaikin
   • T. B. Podosenova

   Numerical Methods in Inverse Problems Pages: 231 - 236

5. High-frequency projection method for plane problems of wave diffraction on dielectric bodies

   • V. F. Apel'tsin
   • A. S. Il'inskii

   Mathematical Models of Electrodynamics Pages: 237 - 244

6. Applied aspects of the theory of continuation of solutions of wave-scattering boundary-value problems

   • V. F. Apel'tsin

   Mathematical Models of Electrodynamics Pages: 245 - 253

7. Insulated antenna in a layered medium

   • V. I. Selin

   Mathematical Models of Electrodynamics Pages: 254 - 261

8. Bifurcation modes in a nonlinear optical system with distributed field rotation

   • A. V. Razgulin
   • K. A. Chechkina

   Mathematical Models of Electrodynamics Pages: 262 - 269

9. Inverse sounding problem using stabilization of the magnetic field of a loop

   • V. I. Dmitriev

   Mathematical Models in Inverse Problems of Electrodynamics and Geophysics Pages: 270 - 277

10. High-frequency approximation of the green's function for the Helmholtz equation in an axial nonhomogeneous medium

    • V. I. Dmitriev
    • E. G. Saltykov

    Mathematical Models in Inverse Problems of Electrodynamics and Geophysics Pages: 278 - 281

11. Axisymmetric excitation of a dielectric torus: Numerical solution

    • E. V. Zakharov
    • S. N. Levchenko
    • Yu. Ya. Kharlanov

    Mathematical Models in Inverse Problems of Electrodynamics and Geophysics Pages: 282 - 287

12. Numerical experiments with hemodynamics of the arterial part of the myocardium

    • E. V. Zakharov
    • E. Yu. Karaseva

    Numerical Experiments in Mechanics of Continua Pages: 288 - 296

13. Compressible gas flow inside a cylindrical channel with a source on the channel axis

    • I. M. Efremova
    • M. G. Levedev

    Numerical Experiments in Mechanics of Continua Pages: 297 - 307