On the acceleration of clusters in a linear resonance accelerator for controlled thermonuclear fusion: Estimation of losses in the acceleration E. V. MaiorovV. V. Okorokov Nuclear Experimental Techniques Pages: 585 - 588
CsI(Tl)-calorimeter calibration with positive-kaon decay products M. M. KhabibullinM. P. Grigor’evA. N. Khotyantsev Nuclear Experimental Techniques Pages: 589 - 596
Heavy charged particle detectors based on high-resistivity epitaxial silicon layers V. F. KushnirukE. BialkowskiYu. G. Sobolev Nuclear Experimental Techniques Pages: 597 - 601
Scintillation properties of materials based on liquid crystals in static and dynamic states M. I. BarnikV. G. Vasil’chenkoS. G. Yudin Nuclear Experimental Techniques Pages: 602 - 611
Low-cost and effective organic scintillators V. G. Vasil’chenkoS. V. GolovkinA. S. Solov'ev Nuclear Experimental Techniques Pages: 612 - 616
New wavelength-shifting silica-polymeric fibers V. G. Vasil’chenkoV. I. KryshkinL. K. Turchanovich Nuclear Experimental Techniques Pages: 617 - 621
A 16-channel charge-sensitive analog-to-digital converter for scintillation calorimeters M. V. Vasil’evV. A. Sen’koM. M. Soldatov Application of Computers in Experiments Pages: 622 - 626
An experimental system for studying the dynamics of the pulsed subnanosecond electric breakdown of gas gaps S. N. IvanovV. G. ShpakM. I. Yalandin Electronics and Radio Engineering Pages: 627 - 631
A phase-locked loop system for 7–18 and 37.5–78-GHz commercial microwave generators O. V. KarpovS. V. Sherstobitov Electronics and Radio Engineering Pages: 632 - 634
A hyperboloid mass spectrometer with a monopolar ion trap E. V. MamontovD. A. Ivlev General Experimental Techniques Pages: 635 - 639
A universal small-sized vacuum installation for gas-kinetic investigations A. E. ZarvinN. G. KorobeishchikovV. S. Airapetyan General Experimental Techniques Pages: 640 - 646
A high-current nanosecond electron accelerator with a semiconductor opening switch F. Ya. ZagulovV. V. KladukhinE. A. Kharlov General Experimental Techniques Pages: 647 - 651
A linear photodetector with noiseless sensitivity adjustment V. A. ArutuynovN. G. BogatyrenkoO. V. Sorokin General Experimental Techniques Pages: 652 - 653
A method for measuring the spatial-frequency characteristic of an image-recording device based on a CCD matrix K. A. ZhurovichV. P. KirillovO. A. Sudakov General Experimental Techniques Pages: 654 - 658
An image detector with space-time resolution I. F. YaroshenkoS. A. Il’inG. A. Kapitanov General Experimental Techniques Pages: 659 - 663
A method for the formation of ultrathin X-ray beams A. G. TouryanskiiI. V. Pirshin General Experimental Techniques Pages: 664 - 670
An automatic system for controlling the UV-radiation dose M. I. FedorovA. E. NemirovskiiS. V. Karelin Physical Instruments for Ecology, Medicine, and Biology Pages: 671 - 674
ASHEMIT: A device for wideband electromagnetic pulse therapy N. I. BoykoI. A. SafronovL. D. Tondii Physical Instruments for Ecology, Medicine, and Biology Pages: 675 - 682
Portable devices for cryogenic medicine L. P. Mezhov-DeglinA. V. LokhovZ. V. Kalmykova Physical Instruments for Ecology, Medicine, and Biology Pages: 683 - 686
Adsorption kinetics of components on liquid metal solution surfaces B. B. AlchagirovO. V. Dulub Laboratory Techniques Pages: 687 - 690
An electrohydraulic installation V. P. SevostyanovS. A. RakitinN. G. Pudovkin Laboratory Techniques Pages: 694 - 697
A source of short X-ray pulses P. A. RodnyiA. N. MishinA. V. Rozhkov Laboratory Techniques Pages: 698 - 700
Measurement of magnetic field gradients using a vibrating wire gauge S. G. ArutyunyanI. E. VasinyukI. G. Sinenko Laboratory Techniques Pages: 701 - 705
Determining the heat of a surface plasmochemical reaction by scanning calorimetry A. N. Magunov Laboratory Techniques Pages: 706 - 712
A three-crucible version of thermal analysis D. A. JerebtsovG. G. Mikhailov Laboratory Techniques Pages: 713 - 721
A pneumatic injector of deuterium pellets for fusion devices I. V. VinyarS. V. Skoblikov Laboratory Techniques Pages: 722 - 727