Search Results - "Kudriavtsev, E. M."

Experimental study of acoustic properties and microhardness of 09Mn2Si steel by Roshchupkin, V. V., Lyakhovitskii, M. M., Pokrasin, M. A., Minina, N. A., Kudriavtsev, E. M.

“…We present experimental study results of the ultrasound velocity, the relative thermal expansion (within 20–1000°C) and the microhardness (within 20–500°C) of…”
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Dislocation migration activation energies for HTSC ceramics from temperature dependence of the solitonic wave of change in reflection and conduction by Kudriavtsev, E.M., Emel'yanov, V.I., Krivov, V.V., Lotkova, E.N., Zotov, S.D., Autric, M.

“…The dislocation migration activation energies, E dm , were estimated based on the comparison of a model and experimental results for velocity temperature…”
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Temperature dependence of the velocity of the wave of reflection and conduction in NdCeCuO, YBaCuO and LaSrCuO by Kudriavtsev, E.M., Zotov, S.D., Krivov, V.V., Autric, M.

“…The data on temperature (T) dependence of the velocity (U), U(T), of the wave of reflection and conduction (WRC) [1] were first obtained for HTSC ceramic…”
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Saturation parameter and small-signal gain of cw CO2 and/or N2O mixing gasdynamic lasers by Milewski, J., Brunné, M., Polanowski, B., Stańco, J., Volkov, A. Yu, Demin, A. I., Kudriavtsev, E. M.

“…The small-signal gain of cw CO2 and/or N2O mixing gasdynamic lasers has been measured by varying the cavity losses with the aid of two rotating coupled NaCl…”
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Low-stagnation-temperature characteristics of cw N2O and CO2 gasdynamic mixing lasers pumped by nitrogen or air by Milewski, J., Brunné, M., Stańco, J., Zieliński, A., Irczuk, M., Rabczuk, G., Demin, A. I., Kudriavtsev, E. M., Volkov, A. Yu, Sobolev, N. N.

“…Experimental data collected from a N2O/N2(air) thermally excited and selectively pumped cw gasdynamic mixing laser are reported for a range of low stagnation…”
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Experiment with a cw N2O gasdynamic laser and its qualitative comparison with a CO2 laser by Milewski, J., Brunné, M., Irczuk, M., Stańco, J., Zieliński, A., Rabczuk, G., Demin, A. I., Kudriavtsev, E. M., Volkov, A. Yu, Sobolev, N. N.

“…Preliminary experimental data concerning an N2O/N2 thermally excited and selectively pumped mixing cw gasdynamic laser are reported and compared with those…”
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An EPR study of the joint action of sodium nitrite and whole-body irradiation on animal tissues by Kudriavtsev, M E, Dmitrieva, O N, Kuropteva, Z V

“…Changes in metabolic paramagnetic centers of the liver, kidney, spleen, brain and heart tissues, and blood after sodium nitrite intraperitoneal administration…”
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Markers of the metabolic changes arising as a result of ionizing radiation exposure by Baleva, L S, Sipiagina, A E, Smotriaeva, M A, Sharygin, V L, Baĭder, L M, Sharf, V G, Kudriavtsev, M E, Boĭkov, P Ia, Pulatova, M K

“…Time-related changes have been studied in the content of extracellular DNA, Fe(3+)-transferrin (TF), and Cu(2+)-ceruloplasmin (CP) in the blood plasma and the…”
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Shock-tube CO2 gas-dynamic laser operating on the (0310)⇄(10°0) transition at 18.4 μm by Vedeneev, A. A., Volkov, A. Yu, Demin, A. I., Kudriavtsev, E. M., Stanco, J., Milewski, J., Brunné, M.

“…Laser action at 18.4 μm has been obtained between the (0310) and (1000) levels in a shock-tube-driven CO2/Ar gas-dynamic laser. The pulse duration was equal to…”
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Effect of metronidazole and local irradiation of the tumor on paramagnetic metal complexes of the liver and tumor tissues by Zhumabaeva, T T, Kudriavtsev, M E, Voronina, S S, Kuropteva, Z V

“…A study was made of changes in the intensity of the ESR signals in tissues of sarcoma-37 and liver of mice after radiation of the tumor, administration of…”
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Ribonucleotide reductase--a "target" of the action of nitrosomethylurea by Filatov, D E, Kudriavtsev, M E, Baĭder, L M, Sharygin, V L, Griakalov, K V, Pulatova, M K, Korman, D B

“…The antitumor and toxic effects of methylnitrosourea (MNU) are determined through its metabolic pathways. In organism MNU is subject to hydrolytic…”
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Guided waves and IR lasers by Haus, H. A., Ippen, E. P., Lattes, A., Leonberger, F. J., Gnepf, S., Preiswerk, H. P., Rozkwitalski, Z., Kneubuehl, F. K., Gerck, E., Fill, E., Iyoda, M., Imai, Y., Sato, S., Fujioka, T., Sano, H., Watanabe, K., Taira, T., Rutt, H. N., Ajo, J., Hefetz, Y., Nurmikko, A. V., Perry, B., Rabinowitz, P., Bakanov, D. G., Odintsov, A. I., Fedoseev, A. I., Volkov, A. Yu, Demin, A. I., Kudriavtsev, E. M., Sobolev, N. N., Pidgeon, C. R., Firth, W. J., Vass, A., Davis, B. W., Baev, V. M., Stahlberg, B., Gaida, G., Schr der, H., Toschek, P. E.

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