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10 results on '"Vishnevsky, M."'

1. Quasi-coherent interaction of protons with Si28 at Tp=1GeV

Author

Besuglov, M. P., Bobchenko, B. M., Byistritskaya, E. V., Vasenko, A. A., Vishnevsky, M. E., Galanina, N. D., Gusev, K. E., Demidov, V. S., Demidova, E. V., Zchurkin, V. V., Kirpichnikov, I. V., Kuznetsov, V. A., Markizov, V. N., Martemianov, M. A., Nedosekin, A. A., Pavlov, B. N., Sadyukov, V. A., Sokolov, A. Yu., Starostin, A. S., and Khaldeeva, N. A.

Subjects
High Energy Physics - Experiment, Nuclear Experiment, Physics - Instrumentation and Detectors
Abstract

The total, elastic and inelastic cross-sections for quasi-coherent interactions of protons with Si28 have been measured using hadron-gamma coincidence method at the energy 1 GeV. The limits for the existence of long-lived excited states of the Si28 nucleus have been obtained in the range of energies from 0 to 0.8 GeV., Comment: 24 pages, 16 figures, published in ITEP (M., Preprint ITEP, 1999, N30-99)

Published
2000

2. Posters

Author

Malagon, I., Burke, S., Grounds, R. M., Müller, M., Sticher, J., Schindler, E., Hempelmann, G., Mascia, L., McKeating, E. G., Andrews, P. J. D., Choyce, A., Beaumont, A. C., Field, S., Brazzi, L., Chiara, O., Segala, M., Turconi, M. G., Pelosi, P., Volpi, D., Lantieri, I., Lee, Y. M., Park, P. H., Koh, Y., Lim, C. M., Kiefer, P., Kosonen, P., Takala, J., Calvet, B., Trinh-Duc, P., Wintrebert, P., Albat, B., Colson, P., Gionis, D., Kardara, Marina, Papadatos, J., Sinaniotis, K., B’Chir, A., Losser, M. R., Romieu, M., Beloucif, S., Payen, D., McKinley, B. A., Parmley, C. L., Butler, B. D., Krivtsova, I. V., Vasilenko, I. V., Vishnevsky, M. E., Vatasin, A. V., Shabalin, V. N., Alkis, N., Ates, Y., Saygin, B., Tüzüncr, F., Walsh, T. S., Hopton, P., Lee, A., Kostopanagiotou, G., Theodoraki, K., Mavrantonis, K., Prahalias, A., Vaos, N., Athanassiou, L., Smyrniotis, V., Papadimitriou, J., Rask, H., Crawford, M. E., Nielsen, S. L., Allerød, C., Carl, P., Foldager, N., Sørensen, M. B., Routsi, C., Zakynthinos, S., Kaltsas, P., Markaki, V., Bardouniotou, H., Zakynthinos, E., Roussos, Ch., Mas, A., Baigorri, F., Joseph, D., Calvet, X., Saura, P., Blanch, L. I., Fernández, R., and Artigas, A.

Published
1996
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6. Philosophical education in the context of the idea smart society

Author

VISHNEVSKY, M. I. and VISHNEVSKY, M. I.

Abstract

The article presents the conceptualization of philosophical education, in the context of which the evolution of the development of society from informational to smart society takes place. The purpose of the article is to reveal the conceptualization of philosophical education in the context of the idea of a smart society and to show that philosophical education does not stand still but develops along with the development of science and technology, which requires the development of a conceptual and categorical apparatus. Research objectives: to show the development of philosophical knowledge, in the context of which new innovative ideas are ripening; to reveal that the concept of a smart society is based on the expectation or belief in the ability of modern smart technologies to positively influence social processes and lead to a new qualitative state of all social life, which is called a smart society; to prove that much in solving all these problems depends on the state of education, including philosophical and ideological, not only developing our cognitive abilities, but also forming a responsible and demanding attitude to goal setting, the choice of basic life values. Analysis of recent research and publications, which presents a solution to this problem. We rely on the works of I.Ardashkin, V.Voronkova, M.Kastels, O.Kivlyuk, K.Korsak, A.Lazarevich, R.Oleksenko, O.Punchenko, which in one way or another reflected the problem of the formation of a smart society. The research methodology is the dialectical, historical, systemic, informational methods, which allowed to penetrate deeply into the evolution of philosophical knowledge that is not in mass, but develops with the development of science, technique and technology. The result of research - based smart society the development of information and computer technologies that lead to breakthrough technologies and innovative development It is noted that the proposed reorganization of the system of social-humanitarian

Published
2018

10. Spontaneous gas bubbling in microporous oxygenators.

Author

Karichev ZR, Muler AL, and Vishnevsky ME

Subjects
Algorithms, Blood Pressure physiology, Carbon Dioxide chemistry, Diffusion, Humans, Hydrostatic Pressure, Micropore Filters, Models, Biological, Models, Chemical, Nitrogen chemistry, Oxygen chemistry, Partial Pressure, Pulsatile Flow, Rheology, Solubility, Surface Tension, Temperature, Volatilization, Water chemistry, Wettability, Carbon Dioxide blood, Nitrogen blood, Oxygen blood, Oxygenators, Membrane
Abstract

During operation of the microporous membrane oxygenators at some conditions, gas microbubbles penetrate into the blood. This effect, so-called spontaneous bubbling, takes place even when the blood pressure is higher than the gas pressure. This phenomenon was confirmed experimentally both in a model cell with hydrophobic microporous hollow fibers being used in the oxygenators and in in vitro tests on the actual microporous hollow fiber oxygenator. We proposed a mechanism of spontaneous gas bubbling into liquid that contains dissolved gases. Because of a partial pressure gradient, the dissolved gases and water vapors are transported from blood into the gas pore. This causes Stefans gas flow directed from the liquid-gas interface. Because of the high hydraulic resistance of the micropores, gas pressure at the meniscus increases up to gas bubbling. A mishandled priming of the oxygenator as well as the blood pressure pulsation caused by the roller pump operation contribute to spontaneous gas bubbling in the microporous oxygenators. The flow and pressure in the hydrophobic pores were calculated for various gases.

Published
1999
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