Scintillation γ spectrometers for use at nuclear power plants (review) M. P. BelousovM. V. GromykoO. V. Ignatyev ReviewPaper 28 February 2017 Pages: 1 - 19
A study of the possibility of improving the time resolution of the PHOS spectrometer K. A. BalyginM. S. IppolitovYu. G. Sibiriak Nuclear Experimental Technique 28 February 2017 Pages: 20 - 24
Comparing the time-of-fight techniques in a high-energy γ-ray telescope A. A. KleimenovaS. N. Fedotov Nuclear Experimental Technique 28 February 2017 Pages: 25 - 27
The use of silicon photomultipliers for improving the time resolution of an electromagnetic calorimeter based on lead tungstate crystals M. S. IppolitovV. A. LebedevI. A. Rufanov Nuclear Experimental Technique 28 February 2017 Pages: 28 - 34
The data-acquisition system of a muon tomograph based on on-chamber electronics I. S. PlotnikovA. A. BorisovV. I. Yakimchuk Application of Computers in Experiments 28 February 2017 Pages: 35 - 38
The precision temperature-measuring and interlock system on the VEPP-4 accelerator facility V. I. KaplinO. A. Plotnikova Application of Computers in Experiments 28 February 2017 Pages: 39 - 45
Output voltage adjustment of a pulsed high-voltage nanosecond generator with inductive energy storage and a solid-state switching system S. R. KorzhenevskiyA. A. KomarskiyV. N. Titov Electronics and Radio Engineering 28 February 2017 Pages: 46 - 49
Small switches of high-power microsecond pulses on the basis of high-voltage integrated pulse thyristors and reverse switch-on dynistors S. V. KorotkovA. L. ZhmodikovP. E. Matlashov Electronics and Radio Engineering 28 February 2017 Pages: 50 - 53
The improvement of the dynamic characteristics of a coaxial shunt E. V. Kuzminskaya (Bedareva)E. I. Tsimbalist Electronics and Radio Engineering 28 February 2017 Pages: 54 - 57
A demultiplexing unit for separating incident and reflected nano- and picosecond pulse signals V. N. FedorovN. B. DrobotunN. D. Malyutin Electronics and Radio Engineering 28 February 2017 Pages: 58 - 60
A band-stop filter in the form of a quasi-optical resonator with a corrugated mirror Yu. I. KoshurinovL. V. LubyakoO. V. Soikin Electronics and Radio Engineering 28 February 2017 Pages: 61 - 63
A device for experimental research on wave electromagnetic processes in multiply connected quasi-optical systems with periodic inhomogeneities G. S. VorobjovM. V. PetrovskyiO. V. Prokopchuk Electronics and Radio Engineering 28 February 2017 Pages: 64 - 69
A sectioned high-voltage rectifier for a compact tandem accelerator with vacuum insulation E. V. DomarovA. A. IvanovV. G. Cherepkov Electronics and Radio Engineering 28 February 2017 Pages: 70 - 73
A system of distributed cesium feeding for increasing the efficiency of powerful sources of negative hydrogen ions S. G. Konstantinov General Experimental Techniques 28 February 2017 Pages: 74 - 77
Post-arc current measurement based on current transfer characteristic Minfu LiaoGuowei GeJiyan Zou General Experimental Techniques 28 February 2017 Pages: 78 - 86
Simulation and test of a point focused electron beam emitter Ghalib ul IslamMunawar IqbalZusheng Zhou General Experimental Techniques 28 February 2017 Pages: 87 - 90
Synthesis of interference filters for the UV spectral region A. N. BorisovV. T. ChernykhV. A. Arbuzov General Experimental Techniques 28 February 2017 Pages: 91 - 94
A method for obtaining 3D images of a sample by detecting scattered X rays with a pinhole camera A. A. KaloyanE. S. KovalenkoK. M. Podurets General Experimental Techniques 28 February 2017 Pages: 95 - 97
Combination of the optical analyzer technique and multiply photon doppler velocimetry to measure the sound velocities in shock-compressed metals E. A. KozlovD. G. PankratovM. A. Ral’nikov General Experimental Techniques 28 February 2017 Pages: 98 - 106
Spherical piezoceramic sensors for measuring shock-wave parameters S. A. LobastovS. I. Gerasimov General Experimental Techniques 28 February 2017 Pages: 107 - 111
A high-pressure chamber with a fast shutter V. A. AndriyanovS. A. Sidel’nikovS. P. Goryachkin General Experimental Techniques 28 February 2017 Pages: 112 - 113
Measuring electrical parameters of semiconducting crystallites using Hall and Van der Pau methods in the slow-temperature-drift mode D. S. GetsD. S. Poloskin General Experimental Techniques 28 February 2017 Pages: 114 - 118
Automated instrumentation for nonequilibrium capacitance–voltage measurements at a semiconductor–electrolyte interface D. S. FrolovV. I. Zubkov General Experimental Techniques 28 February 2017 Pages: 119 - 121
Testing the prototype diamond detector for the ITER neutral-particle spectrometer V. N. AmosovN. B. RodionovS. A. Mechchaninov General Experimental Techniques 28 February 2017 Pages: 122 - 125
Impact experiments with a multiparameter detector of micrometeoroids N. D. SemkinA. M. Telegin Physical Instruments for Ecology, Medicine, and Biology 28 February 2017 Pages: 126 - 129
A spatially distributed measuring complex for monitoring hydrophysical processes on the ocean shelf A. P. LeontyevI. O. YaroshchukA. N. Shvyrev Physical Instruments for Ecology, Medicine, and Biology 28 February 2017 Pages: 130 - 136
Experimental evaluation of the ultrasound radiation intensity of medical equipment based on the analysis of the sizes of equilibrium gas bubbles in a liquid O. V. MuravievaO. P. BogdanYu. S. Dudina Physical Instruments for Ecology, Medicine, and Biology 28 February 2017 Pages: 137 - 142
The vacuum system of a proton radiographic facility A. V. LarionovA. I. KapichnikovA. D. Ryabov Laboratory Techniques 28 February 2017 Pages: 143 - 148
Charging solid microparticles in the chamber of the injector of an electrostatic accelerator N. D. SemkinA. V. PiyakovA. M. Telegin Laboratory Techniques 28 February 2017 Pages: 149 - 153
High accuracy displacement measuring system using strain gauge based displacement sensor and direct sequence spread spectrum techniques in data acquisition system Karunamoy ChatterjeeSankar Narayan MahatoDhananjoy De Laboratory Techniques 28 February 2017 Pages: 154 - 157
Erratum to: “Near-field optical lithography in application to plasmonic antennas characterization” A. V. ShelaevP. S. DorozhkinV. A. Bykov Erratum 28 February 2017 Pages: 158 - 158