1. Formation of electrode sheaths during the acceleration of a magnetized plasma

   • S. F. Garanin

   Plasma Dynamics Pages: 283 - 291

2. Generation of vortex electric fields in the pinch constriction

   • V. I. Afonin

   Plasma Dynamics Pages: 292 - 297

3. Cumulative gas-compression configuration intermediate between spherical and cylindrical

   • V. I. Tarzhanov

   Plasma Dynamics Pages: 298 - 302

4. Emission spectra of a cherenkov plasma relativistic maser

   • P. S. Strelkov
   • D. K. Ul’yanov

   Plasma Oscillations and Waves Pages: 303 - 307

5. Helical waves in the vortex electron anisotropic hydrodynamic model

   • V. A. Terekhin
   • V. T. Tikhonchuk
   • E. V. Uvarov

   Nonlinear Phenomena Pages: 308 - 313

6. Parametric decay instability of an inhomogeneous plasma in a frequency-modulated pump wave

   • V. I. Arkhipenko
   • V. N. Budnikov
   • L. V. Simonchik

   Plasma Instabilities Pages: 314 - 319

7. Long laser spark and electric gas breakdown

   • A. V. Shelobolin

   Low-Temperature Plasmas Pages: 320 - 327

8. Scanning calorimetry measurements of the gas temperature in an RF-discharge fluorine-containing plasma

   • A. N. Magunov
   • O. V. Lukin

   Low-Temperature Plasmas Pages: 328 - 334

9. Plasma electronics and plasma acceleration of charged particles

   • Ya. B. Fainberg

   Plasma Electronics and New Acceleration Methods Pages: 335 - 343

10. Theoretical and experimental investigations of the excitation of high-frequency oscillations in an ion collective accelerator model based on the Doppler effect

    • V. I. Butenko
    • D. V. Gorozhanin
    • V. P. Prishchepov

    Plasma Electronics and New Acceleration Methods Pages: 344 - 350

11. Focusing of high-energy particles by a plasma current lens controlled by an external magnetic field

    • V. N. Belan
    • V. I. Butenko
    • V. P. Prishchepov

    Plasma Electronics and New Acceleration Methods Pages: 351 - 355

12. The maximum electron energy achievable in conventional resonant linear accelerators

    • A. N. Opanasenko

    Plasma Electronics and New Acceleration Methods Pages: 356 - 359

13. Formation and emission of intense electromagnetic pulses by means of an insulated rod antenna excited by a short-duration high-current relativistic electron beam

    • N. I. Gaponenko
    • A. M. Gorban’
    • I. F. Kharchenko

    Plasma Electronics and New Acceleration Methods Pages: 360 - 362

14. Multimode parametric instability during electron cyclotron heating

    • Yu. R. Alanakyan
    • A. A. Ivanov
    • V. Yu. Fedotov

    Plasma Electronics and New Acceleration Methods Pages: 363 - 365

15. Effect of an external RF field on the beam-plasma discharge in a magnetic field

    • A. A. Ivanov
    • L. N. Knyazev
    • V. Yu. Fedotov

    Plasma Electronics and New Acceleration Methods Pages: 366 - 368

16. Nonlinear electromagnetic pulse with a superwide frequency bandwidth

    • A. M. Egorov
    • V. I. Maslov

    Plasma Electronics and New Acceleration Methods Pages: 369 - 371

17. Semen Samo\(\overset{\lower0.5em\hbox{$\smash{\scriptscriptstyle\smile}$}}{l} \)lovich Moiseev (In honor of his 70th birthday)

    • R. Z. Sagdeev
    • A. A. Galeev
    • N. S. Erokhin

    Announcement Pages: 372 - 373