1. A time-of-flight measurement system for the HADES wide-aperture dielectron spectrometer

   • N. V. Rabin
   • D. A. Vasil'ev
   • I. Turzo

   Nuclear Experimental Techniques Pages: 435 - 452

2. A spectrometer for the study of angular correlations in polarized-orthopositronium decay

   • S. K. Andrukhovich
   • N. Antovich
   • A. V. Berestov

   Nuclear Experimental Techniques Pages: 453 - 459

3. A new type of plastic scintillators with excellent radiation resistance

   • N. M. Bol’bit
   • V. B. Taraban
   • V. K. Milinchuk

   Nuclear Experimental Techniques Pages: 460 - 464

4. Parameters of charged-particle tracks in the P-type nuclear emulsion

   • Yu. D. Aleshin
   • M. M. Arzhanov
   • V. I. Silaev

   Nuclear Experimental Techniques Pages: 465 - 469

5. On the laser calibration of charged particle detectors

   • E. M. Gushchin
   • S. V. Somov

   Nuclear Experimental Techniques Pages: 470 - 480

6. Quasi-differentiation method for forming anti-Compton γ-ray spectra

   • V. A. Morozov
   • N. V. Morozova

   Application of Computers in Experiments Pages: 481 - 485

7. Reconstruction of the parameters of a soft X-radiation spectrum from signals of vacuum X-ray diodes

   • A. V. Branitskii
   • G. M. Oleinik

   Application of Computers in Experiments Pages: 486 - 492

8. A control system for the 3-mm-wavelength band spectral radiometer

   • E. I. Shkelev
   • D. V. Savel’ev
   • A. G. Kislyakov

   Application of Computers in Experiments Pages: 493 - 499

9. A multichannel pulse integrator for a Mössbauer spectrometer

   • V. I. Sinyavskii
   • F. G. Vagizov

   Application of Computers in Experiments Pages: 500 - 503

10. Universal microprocessor interlock system

    • L. M. Kochenda
    • P. A. Kravtsov
    • V. A. Trofimov

    Application of Computers in Experiments Pages: 504 - 505

11. Multiplication mechanism in open-type continuous-dynode electron multipliers

    • B. V. Marrsin

    General Experimental Techniques Pages: 506 - 509

12. Characteristics and behavior of the electron beam of the MиH-1 accelerator in air

    • L. P. Babich
    • E. N. Donskoi
    • N. G. Pavlovskaya

    General Experimental Techniques Pages: 510 - 513

13. A subnanosecond pulsed source of electrons and X-rays

    • T. V. Loiko
    • Yu. M. Nedoikash
    • A. E. Shmarov

    General Experimental Techniques Pages: 514 - 516

14. A 400-keV X-ray generator with the pulse duration variable within 10–80 ns and an up to 70-Gy radiation dose

    • A. I. Gerasimov
    • V. S. Gordeev
    • S. A. Lazarev

    General Experimental Techniques Pages: 517 - 522

15. A microtron cavity with a shifted cathode for operation in the second-type acceleration mode

    • G. D. Bogomolov
    • A. B. Manenkov
    • A. R. Mirzoyan

    General Experimental Techniques Pages: 523 - 527

16. Measurement of the plasma electron temperature with microsecond resolution

    • A. I. Bugrova
    • A. V. Desyatskov
    • V. K. Kharchevnikov

    General Experimental Techniques Pages: 528 - 531

17. Precision control of semiconductor lasers

    • A. S. Efimov
    • V. A. Zhmud'
    • D. Yu. Ivashko

    General Experimental Techniques Pages: 532 - 536

18. Measuring the local density of light gases by characteristic X-rays

    • L. I. Kuznetsov

    General Experimental Techniques Pages: 537 - 541

19. A grid-type semitransparent X-ray monochromator

    • A. G. Touryanskii
    • I. V. Pirshin

    General Experimental Techniques Pages: 542 - 546

20. Radiation monitoring with semiconductor spectrometers-dosimeters

    • Yu. V. Mineev

    Physical Instruments for Ecology, Medicine, and Biology Pages: 547 - 551

21. A high-current picosecond electron accelerator with a low-impedance vacuum diode

    • K. A. Zheltov
    • N. G. Pavlovskaya
    • V. F. Shalimanov

    Physical Instruments for Ecology, Medicine, and Biology Pages: 552 - 555

22. An installation for studying the magnetoelectric effect

    • V. N. Milov
    • E. V. Milov

    Laboratory Techniques Pages: 556 - 559

23. Determination of the electron-spectrometer constant in terms of the Auger parameters

    • O. I. Klyushnikov
    • V. N. Strekalovskii

    Laboratory Techniques Pages: 560 - 561

24. Accounting of multicharged ions in the quantitative analysis of a substance on an ЭMAΛ-2 mass analyzer

    • Yu. A. Bykovskii
    • V. P. Gladkov
    • G. B. Kuznetsov

    Laboratory Techniques Pages: 562 - 563

25. A device for sublimation molecular beam deposition of erbium-doped silicon films

    • S. P. Svetlov
    • V. Yu. Chalkov
    • V. G. Shengurov

    Laboratory Techniques Pages: 564 - 565

26. An automated device for manufacturing microneedles of iterated shape

    • S. V. Zaitsev
    • A. V. Karpov

    Laboratory Techniques Pages: 566 - 569

27. A nanosecond light source for scintillation-and Cerenkov-detector calibration

    • R. V. Vasil'ev
    • B. K. Lubsandorzhiev
    • P. G. Pokhil

    Laboratory Techniques Pages: 570 - 572

28. Spectral sensitivity of the YΦ-4 photographic film in the 0.27–3-keV range

    • A. V. Bessarab
    • S. A. Pospelova
    • A. V. Chukalovskii

    Laboratory Techniques Pages: 573 - 575

29. A power supply for a technological installation

    • V. V. Red'ko
    • B. A. Baginskii

    Laboratory Techniques Pages: 576 - 579

30. A temperature stabilization system for diode lasers

    • V. A. Vasil'ev
    • V. A. Zhmud'

    Laboratory Techniques Pages: 580 - 581

31. Pulsed interferometric calorimetry

    • A. N. Magunov

    Laboratory Techniques Pages: 582 - 584