1. A study of structure inhomogeneities using a neutron double-crystal spectrometer according to the Warren technique: A review

   • N. O. Elyutin
   • Yu. I. Smirnov
   • A. N. Tyulyusov

   ReviewPaper Pages: 429 - 436

2. Adiabatic trapping and acceleration of the beam in the booster synchrotron of the ITEP-TWAC accelerating-storage facility

   • P. N. Alekseev
   • N. N. Alekseev
   • A. D. Mil’yachenko

   Nuclear Experimental Technique Pages: 437 - 443

3. Characteristics of neutron and gamma radiation in the core of the ΦC-1-4.37.P critical assembly

   • V. D. Sevast’yanov
   • S. A. Nikolaev
   • V. I. Moseev

   Nuclear Experimental Techniques Pages: 444 - 451

4. A versatile spectrometer based on a large-volume Si(Li) p-i-n structure

   • A. S. Radzhapov

   Nuclear Experimental Technique Pages: 452 - 454

5. A shower axis spectrometer

   • V. A. Baskov
   • B. B. Govorkov
   • V. V. Poliansky

   Nuclear Experimental Technique Pages: 455 - 457

6. Reconstructing the coordinates of inclined showers in lead glass electromagnetic calorimeters

   • A. N. Vasil’ev
   • V. V. Mochalov
   • L. F. Solov’ev

   Nuclear Experimental Technique Pages: 458 - 468

7. A technique for measuring charges of relativistic nuclei in a nuclear emulsion on the PAVICOM automated facility

   • A. B. Aleskandrov
   • M. S. Vladimirov
   • A. O. Shchelkanov

   Nuclear Experimental Technique Pages: 469 - 473

8. A scintillation γ-ray detector based on a solid-state photomultiplier

   • S. M. Ignatov
   • D. A. Maneuski
   • V. M. Chirkin

   Nuclear Experimental Technique Pages: 474 - 478

9. A simulator of nuclear reactor kinetics

   • S. P. Dashuk
   • V. F. Borisov

   Application of Computers in Experiments Pages: 479 - 486

10. A distributed data acquisition and analysis system based on a CAN bus

    • D. I. Orekhov
    • A. S. Chepurnov
    • D. I. Maimistov

    Application of Computers in Experiments Pages: 487 - 493

11. A device for remote control of an experiment via e-mail

    • V. Sinivee

    Application of Computers in Experiments Pages: 494 - 498

12. A superconducting magnetic-energy storage system as a source of high-power current pulses with constant amplitude

    • V. P. Baev
    • Yu. L. Buyanov
    • A. S. Veselovsky

    Electronics and Radio Engineering Pages: 499 - 508

13. A mutual-inductance bridge for analysis of magnetic fluids

    • A. F. Pshenichnikov

    Electronics and Radio Engineering Pages: 509 - 514

14. A digital phase shifter

    • V. V. Kazakov

    Electronics and Radio Engineering Pages: 515 - 516

15. Very-high-speed metal-oxide-metal diodes on W-Ni, Pt-Ti, and Pt-W contacts

    • V. I. Denisov
    • V. F. Zakhar’yash
    • S. V. Chepurov

    Electronics and Radio Engineering Pages: 517 - 523

16. Fresnel reflection in optical components and detectors for the terahertz frequency band

    • V. V. Gerasimov
    • B. A. Knyazev
    • V. S. Cherkassky

    Electronics and Radio Engineering Pages: 524 - 529

17. A system for real-time measurements of current-density distribution in low-energy electron beams with large cross sections

    • M. A. Abroyan
    • S. L. Kosogorov
    • V. Ya. Shvedyuk

    General Experimental Techniques Pages: 530 - 533

18. Studying the characteristics of a VS-CTT-075-60 CCD camera during recording of focal spots

    • D. S. Gavrilov
    • A. G. Kakshin
    • A. A. Ugodenko

    General Experimental Techniques Pages: 534 - 538

19. Development, production, and investigation of PMMA-based X-ray compound refractive lenses

    • A. N. Artemev
    • N. A. Artemev
    • A. A. Stein

    General Experimental Technique Pages: 539 - 542

20. Synthesis of carbon nanotubes by current annealing graphite paper

    • S. V. Antonenko
    • O. S. Malinovskaya
    • S. N. Mal’tsev

    Laboratory Techniques Pages: 543 - 544

21. Self-recovery of the transparency of a focusing lens in a laser mass spectrometer

    • M. R. Bedilov
    • R. M. Bedilov
    • M. M. Sabitov

    Laboratory Techniques Pages: 545 - 546

22. An automatic setup for measuring low-field temperature dependencies of magnetoresistances of film samples

    • P. D. Kim
    • D. L. Khalyapin
    • L. E. Bykova

    Laboratory Techniques Pages: 547 - 549

23. Measurements of light plane and solid angles by means of a simplified optical system

    • S. G. Slavnov

    Laboratory Techniques Pages: 550 - 551

24. Extraction of ions from a plasma source and formation of beams

    • A. Pyszniak
    • A. Droździel
    • Yu. V. Yushkevich

    Laboratory Techniques Pages: 552 - 556

25. A technique for determining the electric conductivity and mobility of charge carriers in lamellar semiconductor materials

    • V. V. Filippov

    Laboratory Techniques Pages: 557 - 560

26. A testing facility for pumps operating in a supersonic flow of a water-steam mixture

    • K. K. Klimovskii

    Laboratory Techniques Pages: 561 - 564

27. A high-speed system for strain and temperature measurements based on fiber Bragg sensors

    • W. Ecke
    • A. A. Chertoriiski
    • V. L. Vesnin

    Laboratory Techniques Pages: 565 - 571

28. A universal pyrometer for molecular-beam epitaxy setups

    • G. Yu. Sotnikova
    • G. A. Gavrilov
    • A. P. Shkurko

    Laboratory Techniques Pages: 572 - 577

29. “A high-frequency semiconductor generator of high-voltage nanosecond pulses”

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

    Erratum Pages: 578 - 578