Highly efficient extraction of a proton beam by using bent single crystals A. A. ArkhipenkoA. G. AfoninYu. A. Chesnokov Nuclear Experimental Techniques Pages: 11 - 15
Estimation of the muon range with low efficiency hodoscopic counters Yu. E. GutnikovP. V. PitukhinV. K. Semenov Nuclear Experimental Techniques Pages: 16 - 18
A system of multiwire drift chambers for wide-aperture spectrometers A. K. DzhavrishviliT. A. LomtadzeE. G. Tskhadadze Nuclear Experimental Techniques Pages: 19 - 23
Time-projection chamber with highdE/dz and energy resolutions B. M. OvchinnikovV. V. Parusov Nuclear Experimental Techniques Pages: 24 - 25
A wide-aperture Cerenkov counter with a water radiator O. P. GavrishchukL. S. ZolinV. F. Peresedov Nuclear Experimental Techniques Pages: 26 - 30
A study of the characteristics of CeF3 scintillating crystals I. E. GurskiiV. S. KaftanovV. V. Shatalov Nuclear Experimental Techniques Pages: 31 - 35
New heavy plastic scintillators G. I. BritvichV. G. Vasil’chenkoA. S. Solov’ev Nuclear Experimental Techniques Pages: 36 - 39
Radiation hardness of polystyrene-based plastic scintillators und pulse irradiation V. M. GorbachevG. A. GurovV. I. Semenov Nuclear Experimental Techniques Pages: 40 - 45
New optical multicomponent single-crystal materials based on heavy metal fluorides V. G. Vasil’chenkoZ. I. ZhumurovaA. C. West Nuclear Experimental Techniques Pages: 46 - 52
A pulsed fourier spectrometer for impedance measurements of electrochemical systems S. E. MochalovV. S. Kolosnitsyn Electronics and Radio Engineering Pages: 53 - 56
An analysis of the signal-to-noise ratio of a current amplifier V. G. Brovchenko Electronics and Radio Engineering Pages: 57 - 62
A high-frequency reverse switch-on dynistor generator for high-power induction heating systems I. V. GrekhovA. K. KozlovA. L. Stepanyants Electronics and Radio Engineering Pages: 63 - 65
A semiconductor opening switch-based quasi-rectangualr pulse generator operating into a low-impedance load S. K. LyubutinS. N. RukinS. N. Tsyranov Electronics and Radio Engineering Pages: 66 - 72
A compact semiconductor opening swith-based generator with a 300-kV output voltage and up to 2-kHz pulse repetition rate S. K. LyubutinS. N. RukinB. G. Slovikovskii Electronics and Radio Engineering Pages: 73 - 77
Suppression of transient processes in the oscillatory circuit of the NQR spectrometer T. N. RudakovV. V. FedotovV. T. Mikhal’tsevich Electronics and Radio Engineering Pages: 78 - 81
A calorimetric spectrometer measuring single pulses of relativistic microwave generators I. L. BogdankevichP. S. StrelkovR. Wioland Electronics and Radio Engineering Pages: 82 - 87
Heterodyne meter of spectral characteristics of high-power nanosecond X-band microwave pulses A. A. El’chaninovA. I. KlimovK. I. Kurkan Electronics and Radio Engineering Pages: 88 - 90
A mass-spectrometer complex for measuring the isotopic composition of the difficult-to-ionize metals A. I. KostoyanovV. V. ManoilovM. V. Rodionov General Experimental Techniques Pages: 91 - 93
A photomultiplier tube for a NT-200 deep-underwater neutrino telescope L. B. BezrukovB. M. GlukhovskoiP. G. Pokhil General Experimental Techniques Pages: 94 - 97
Measurements of the zone sensitivity characteristics of photocathodes of fast ϕεy-143 and ϕεy-174 photomultipliers S. S. VerbitskiiI. M. GlatkiiA. N. Tselebrovskii General Experimental Techniques Pages: 98 - 101
YPT-0.5 repetitive-pulse nanosecond electron accelerator Yu. A. KotovS. Yu. SokovninM. E. Balezin General Experimental Techniques Pages: 102 - 105
Electron-beam diagnostics of impulse rarefied gas jets L. I. KuznetsovV. G. Prikhod’koV. N. Yarygin General Experimental Techniques Pages: 106 - 109
A new controlling system for the solar tower telescope of IZMIRAN: I. Guide I. E. KozhevatovE. A. RudenchikE. G. Bezrukova General Experimental Techniques Pages: 110 - 113
A new controlling system for the solar tower telescope of IZMIRAN: II. A solar image motion compensator I. E. KozhevatovE. A. RudenchikE. G. Bezrukova General Experimental Techniques Pages: 114 - 118
A TEA CO2 laser with a peak radiation power of 100 MW M. V. IvashchenkoA. I. KarapuzikovI. V. Sherstov Physical Instruments for Ecology, Medicine, and Biology Pages: 119 - 125
An electromagnetic generator of focused shock waves with a coaxial radiator excited by the axial current Yu. V. AndriyanovO. N. AndriyanovaP. V. Kozodoy Physical Instruments for Ecology, Medicine, and Biology Pages: 126 - 131
Reduction of the gas outflow from the duoplasmatron B. K. Kondrat’evV. I. Turchin Laboratory Techniques Pages: 132 - 133
A method of controllable pulse-heating for investigation of properties of short-lived liquids D. V. VolosnikovA. V. SivtsovA. A. Starostin Laboratory Techniques Pages: 134 - 139
A fast magnetic-levitation balance K. M. AnufrievV. F. KharlamovA. V. Razumov Laboratory Techniques Pages: 140 - 142
A nondestructive method for measuring thermal parameters of hermetically sealed electron devices T. D. AlievaN. M. AkhundovaD. Sh. Abdinov Laboratory Techniques Pages: 143 - 144
An apparatus for crystal growth under heat field rotation conditions A. E. KokhV. E. KokhN. G. Kononova Laboratory Techniques Pages: 145 - 148