1. Radiation detectors based on gas electron multipliers (Review)

   • A. F. Buzulutskov

   OriginalPaper Pages: 287 - 310

2. A digital method for pulse-shape discrimination between neutrons and γ rays at a high counting rate and a low energy of detected radiation

   • M. V. Prokuronov
   • A. N. Shabalin

   Nuclear Experimental Technique Pages: 311 - 324

3. Characteristics of the neutron field at the core center in the ИBB-2M water-moderated water-cooled reactor

   • V. D. Sevast’yanov
   • A. A. D’yakov
   • I. Yu. Drozdov

   Nuclear Experimental Technique Pages: 325 - 332

4. Spatial resolution of the multistep avalanche chambers

   • D. A. Abdushukurov
   • M. A. Abduvokhidov
   • D. V. Bondarenko

   Nuclear Experimental Technique Pages: 333 - 335

5. Use of parallel channels in wideband signal recorders

   • V. N. Vyukhin
   • Yu. A. Popov

   Application of Computers in Experiments Pages: 336 - 339

6. A linearly variable high-voltage amplifier

   • S. Sakalauskas
   • Z. Vaitonis
   • R. Puras

   Electronics and Radio Engineering Pages: 340 - 342

7. Formation of a negative-polarity lightning current pulse using a magnetic explosion generator

   • Yu. V. Vilkov
   • A. S. Kravchenko
   • A. A. Tyutyaev

   Electronics and Radio Engineering Pages: 343 - 349

8. Semiconductor formers of high-voltage pulses of nanosecond duration

   • Yu. V. Aristov
   • V. B. Voronkov
   • S. V. Korotkov

   Electronics and Radio Engineering Pages: 350 - 352

9. A high-frequency semiconductor generator of high-voltage nanosecond pulses

   • V. B. Voronkov
   • I. V. Grekhov
   • A. L. Stepanyants

   Electronics and Radio Engineering Pages: 353 - 355

10. A high-frequency semiconductor generator of high-voltage nanosecond pulses

    • V. B. Voronkov
    • I. V. Grekhov
    • D. V. Khristyuk

    Electronics and Radio Engineering Pages: 356 - 358

11. A small triggered high-current vacuum switch

    • D. F. Alferov
    • A. K. Dulatov
    • V. A. Sidorov

    Electronics and Radio Engineering Pages: 359 - 365

12. A simple method for measuring time-of-flight spectra of a gas-dynamic molecular beam

    • V. M. Azriel
    • V. M. Akimov
    • L. Yu. Rusin

    General Experimental Techniques Pages: 366 - 369

13. A probe diagnostics for high-speed flows of rarefied partially dissociated plasma

    • V. A. Shuvalov
    • N. I. Pis’mennyi
    • G. S. Kochubey

    General Experimental Techniques Pages: 370 - 378

14. A three-channel polarointerferometer for diagnostics of magnetic fields in high-temperature plasma

    • E. A. Bolkhovitinov
    • I. A. Krayushkin
    • A. S. Shikanov

    General Experimental Techniques Pages: 379 - 382

15. Electric strength of a vacuum gap during breakdown in an inhomogeneous electric field for switching high-power pulses

    • G. I. Dolgachev
    • D. D. Maslennikov
    • I. A. Khodeev

    General Experimental Techniques Pages: 383 - 392

16. The ARIX-03F mobile semiautomatic facility for measuring low concentrations of radioactive xenon isotopes in air and subsoil gas

    • V. V. Prelovskii
    • N. M. Kazarinov
    • N. V. Skirda

    Physical Instruments for Ecology, Medicine, and Biology Pages: 393 - 397

17. A technique for measuring temperature and wind velocity in the ionosphere

    • A. V. Roldugin
    • Yu. V. Fedorenko
    • V. P. Kozelov

    Physical Instruments for Ecology, Medicine, and Biology Pages: 398 - 403

18. An LED-based illuminator for microphotometric studies of cells

    • A. A. Khokhlov
    • R. A. Romanov
    • S. S. Kolesnikov

    Physical Instruments for Ecology, Medicine, and Biology Pages: 404 - 407

19. A pulse-type evaporator for ultrafast deposition of thin films in ultrahigh vacuum

    • A. S. Gouralnik
    • N. G. Galkin
    • E. A. Chusovitin

    Laboratory Techniques Pages: 408 - 410

20. The APΓO-2 technological facility for ion-beam-assisted deposition

    • A. G. Guglya
    • Yu. A. Marchenko
    • A. S. Tishchenko

    Laboratory Techniques Pages: 411 - 414

21. A method for forming a single metal nanowire using track membrane templates

    • V. F. Reutov
    • M. F. Miklyaev

    Laboratory Techniques Pages: 415 - 417

22. A technique for preparing samples of metal nanowires for electron and atomic-force microscopy

    • V. F. Reutov
    • M. F. Miklyaev
    • B. V. Mchedlishvili

    Laboratory Techniques Pages: 418 - 421

23. A scanner for an ultrahigh-vacuum low-temperature scanning tunneling microscope

    • B. A. Loginov
    • K. N. El’tsov
    • V. M. Shevlyuga

    Laboratory Techniques Pages: 422 - 423

24. An infrared gas microflowmeter

    • A. V. Rumyantsev
    • P. R. Shevchenko
    • K. V. Gus’kov

    Laboratory Techniques Pages: 424 - 428