Plastic Scintillators Based on Polymethyl Methacrylate: A Review V. N. SalimgareevaS. V. Kolesov OriginalPaper Pages: 273 - 282
Studying Neutron Spectra at the Centers of the Metal Cores of Fast Research Reactors V. D. Sevast’yanovS. V. VorontsovG. N. Maslov Nuclear Experimental Technique Pages: 283 - 290
A Prototype of a Neutron and γ-Ray Spectrometer for Studying Solar Activity at Distances of 0.5 Astronomical Units to 25 Solar Radii A. V. BogomolovS. N. KuznetsovM. V. Ufimtsev Nuclear Experimental Technique Pages: 291 - 302
Studying the Kinetics of Radiation Damage in PWO Crystals for the CMS Electromagnetic Calorimeter (CERN) V. I. DormenevG. Yu. DrobyshevD. Sillou Nuclear Experimental Technique Pages: 303 - 307
A Differentiating RC Circuit in the Amplifying Section of a Photon Counting System B. N. KazakovA. V. MikheevI. G. Motygullin Electronics and Radio Engineering Pages: 308 - 311
Sources of High-Power Ultrawideband Radiation Pulses with a Single Antenna and a Multielement Array V. P. GubanovA. M. EfremovK. N. Sukhushin Electronics and Radio Engineering Pages: 312 - 320
The Comprehensive Upgrading of an MИ-1201 Mass Spectrometer V. P. IvanovT. G. MoiseevaAleksandr A. Sysoev General Experimental Techniques Pages: 321 - 327
Generation of Gas Discharge Plasma by an Arc Source with a Cold Hollow Cathode P. M. SchaninN. N. KovalYu. Kh. Akhmadeev General Experimental Techniques Pages: 328 - 332
A System for Monitoring the Energy Characteristics of an Electron Beam during the Generation of High-Power Bremsstrahlung Pulses N. G. MordasovV. N. UlimovV. D. Shiyan General Experimental Techniques Pages: 333 - 338
An X-ray Converter of a Megavolt Electron Beam for Powerful Pulsed Generators S. A. Dan’koG. I. DolgachevA. G. Ushakov General Experimental Techniques Pages: 339 - 348
A Nanographite Film-Based Fast Response Detector for Intense Laser Radiation G. M. MikheevR. G. ZonovA. P. Volkov General Experimental Techniques Pages: 349 - 354
Detection of Light Pulses Using an Avalanche-Photodiode Array with a Metal-Resistor-Semiconductor Structure A. V. AkindinovG. B. BondarenkoA. V. Smirnitskiy General Experimental Techniques Pages: 355 - 363
An X-ray Diffractometer with a Mobile Emitter-Detector System V. E. AsadchikovV. G. BabakV. A. Shishkov General Experimental Techniques Pages: 364 - 372
The АРИКС-01 Automatic Facility for Measuring Concentrations of Radioactive Xenon Isotopes in the Atmosphere Yu. V. DubasovYu. S. PopovN. V. Skirda Physical Instruments for Ecology, Medicine, and Biology Pages: 373 - 379
Measuring Low Activities of Fission-Product Xenon Isotopes Using the β-γ Coincidence Method Yu. S. PopovN. M. KazarinovN. V. Skirda Physical Instruments for Ecology, Medicine, and Biology Pages: 380 - 386
A Device for the Remote Detection of Alpha Emitters under Field Conditions A. B. Simakov Physical Instruments for Ecology, Medicine, and Biology Pages: 387 - 391
Improving the Operating Characteristics of an УPT-0.5 Accelerator S. Yu. SokovninM. E. Balezin Physical Instruments for Ecology, Medicine, and Biology Pages: 392 - 396
Applying the Adiabatic Demagnetization Technique to Detect Explosive Substances by the Nuclear Quadrupole Resonance Method V. T. MikhaltsevichA. V. Belyakov Physical Instruments for Ecology, Medicine, and Biology Pages: 397 - 399
A Chemiluminescent Balloon-Type Nitrogen Dioxide Meter for Tropospheric and Stratospheric Investigations (NaDA) N. M. SitnikovA. O. SokolovA. E. Ulanovskiy Physical Instruments for Ecology, Medicine, and Biology Pages: 400 - 405
A High-Sensitivity “Acoustically Pumped” Sensor for Measuring Constant and Low-Frequency Magnetic Fields S. I. KazantsevYu. N. KoblikV. P. Sotnichenko Laboratory Techniques Pages: 406 - 410
An Ion Source with an Open-End Small-Sized Anode A. I. StognijN. I. ZavadskayaA. V. Yurchenko Laboratory Techniques Pages: 411 - 413
Production of Carbon Nanotubes by the Magnetron DC Sputtering Method S. V. AntonenkoS. N. Mal’tsev Laboratory Techniques Pages: 414 - 416
A Setup for Studying the Low-Temperature Thermal Conductivity of Powder Samples A. I. KrivchikovB. Ya. GorodilovO. A. Korolyuk Laboratory Techniques Pages: 417 - 421