| 期 |
标题 |
文件 |
| 卷 62, 编号 1 (2019) |
A Laboratory Setup for the Aerosol Deposition of Functional Ceramic Coatings |
|
|
Akhmedov A., Abduev A., Asvarov A.
|
| 卷 62, 编号 1 (2019) |
A Liquid Scintillator Detector for the Carpet-3 Experiment |
|
|
Afashokov Y., Dzhappuev D., Klimenko N., Kudzhaev A., Mikhailova O., Khadzhiev M.
|
| 卷 62, 编号 4 (2019) |
A Liquid-Tritium Target for Studying ptμ-Fusion Reactions |
|
|
Yukhimchuk A., Maksimkin I., Musyaev R., Malkov I., Baluev V., Filchagin S., Vikhlyantsev O., Kuryakin A., Tumkin A., Gurkin A., Buchirin A., Demin D., Konin A.
|
| 卷 60, 编号 5 (2017) |
A long pulse width and high extraction rate arc plasma electron beam source |
|
|
Gao S., Chen S., Chen K., Ji Z., Chen J.
|
| 卷 62, 编号 1 (2019) |
A Low-Background Setup with an Increased Sensitivity for Detecting and Measuring Radioactive Contaminants |
|
|
Aleshin V., Bakalyarov A., Zhukov S., Lebedev V., Sazonov S.
|
| 卷 60, 编号 5 (2017) |
A low-frequency power-type pressure-gradient receiver for oceanological investigations |
|
|
Korenbaum V., Tagiltsev A., Gorovoi S., Kostiv A., Shiryaev A., Fershalov Y., Maryutin V.
|
| 卷 60, 编号 4 (2017) |
A low-impedance high-voltage bipolar pulse former |
|
|
Efremov A.
|
| 卷 61, 编号 5 (2018) |
A Magnetic Resonance Force Microscope Based on the Solver-HV Probe Complex |
|
|
Skorokhodov E., Sapozhnikov M., Reznik A., Polyakov V., Bykov V., Volodin A., Mironov V.
|
| 卷 62, 编号 5 (2019) |
A Magnetic Scanner for High-Energy Beams of Heavy Ions |
|
|
Golubev A., Kantsyrev A., Panyushkin V., Sergeeva O., Skachkov V., Vasiliev V.
|
| 卷 62, 编号 5 (2019) |
A Magnetic-Field Regulation and Stabilization System |
|
|
Kolobov V., Barannik M.
|
| 卷 60, 编号 4 (2017) |
A magnetic-resonance detector with frequency scanning and modulation |
|
|
Medvedev E.
|
| 卷 62, 编号 2 (2019) |
A Magnetohydrodynamic System for Pumping Liquid Metal Media in a Plasma Source of Extreme Ultraviolet Radiation |
|
|
Vinokhodov A., Yakushkin A., Yakushev O., Krivokorytov M., Krivtsun V., Medvedev V., Lash A., Koshelev K.
|
| 卷 59, 编号 3 (2016) |
A magnetometer of weak quasi-stationary and high-frequency fields on resonator microstrip transducers with thin magnetic fields |
|
|
Babitskii A., Belyaev B., Boev N., Skomorokhov G., Izotov A., Galeev R.
|
| 卷 62, 编号 4 (2019) |
A Magneto-Modulating Meter of a Weak Variable Magnetic Field |
|
|
Sokol-Kutylovskii O.
|
| 卷 60, 编号 5 (2017) |
A magneto-optical setup for studying the time evolution of nanoscale domain-wall displacements under pulsed magnetization |
|
|
Gerasimov M., Ilin S., Logunov M., Nikitov S., Spirin A., Chaldyshkin A.
|
| 卷 60, 编号 2 (2017) |
A magnetron sputtering device with generation of pulsed beams of high-energy gas atoms |
|
|
Metel A., Grigoriev S., Volosova M., Melnik Y.
|
| 卷 59, 编号 3 (2016) |
A membrane separator interface for mass-spectrometric analysis of desflurane, propofol, and fentanyl in blood plasma and cerebrospinal fluid |
|
|
Elizarov A.
|
| 卷 59, 编号 6 (2016) |
A metalized-hole PCB as a strain gauge |
|
|
Medvedev A.
|
| 卷 61, 编号 5 (2018) |
A Method and a Device Prototype for Noninvasive Measurements of Blood Perfusion in a Tissue |
|
|
Lapitan D., Raznitsyn O.
|
| 卷 61, 编号 4 (2018) |
A Method for Increasing the Sensitivity of Mass-Spectrometric Measurements |
|
|
Anufriev G.
|
| 卷 59, 编号 3 (2016) |
A method for measuring the detector response function for monochromatic electrons based on Compton scattering |
|
|
Bakhlanov S., Derbin A., Drachnev I., Kayunov A., Muratova V., Semenov D., Unzhakov E.
|
| 卷 59, 编号 6 (2016) |
A method for measuring the dynamics of velocity vector fields in a turbulent flow using smoke image-visualization videos |
|
|
Mikheev N., Dushin N.
|
| 卷 61, 编号 1 (2018) |
A Method for Measuring the Electro-optical Response of Chromofore-embedded Polymer Films Using a Prism Coupler |
|
|
Nazarov M., Glebov V., Goriachuk I., Dubrova G., Malyutin A., Sokolov V.
|
| 卷 61, 编号 2 (2018) |
A Method for Measuring the Lifetimes of Unstable Ions |
|
|
Belyaev V., Kozlov D., Terent’ev A.
|
| 卷 60, 编号 1 (2017) |
A method for obtaining 3D images of a sample by detecting scattered X rays with a pinhole camera |
|
|
Kaloyan A., Kovalenko E., Podurets K.
|
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