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16 results on '"Pugach, V. V."'

3. CHARACTERIZATION OF BIOFILM FORMATION ABILITY IN MICROORGANISMS BELONGING TO SWIMMING POOLS’ BIOCENOSES

Author

Pugach V. V. and Gorbunov V. A.

Subjects
swimming pools, biocenosis, biofilms, Medicine
Abstract

Background. Ability of representatives of swimming pools’ microbiocenoses to form biofilms is a parameter, significant for swimming pool visitors’ health risk assessment. The aim of the research was to characterize the ability to form biofilms by microorganisms, constituting swimming pools’ biocenoses. Material and methods. The ability of 187 strains of microorganisms to form biofilms was investigated by a standard procedure. Results. A total of 73.26±6.47% (p

Published
2020
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11. Abstracts

Author

Rastorguev, Yu. L., Pugach, V. V., Bykov, I. I., Lezhenin, F. F., Gerber, L. M., Kosevich, A. M., Andon'ev, S. M., Karas', V. I., Barannik, V. A., Drozdov, S. A., Pet'kin, N. V., Salokhin, V. F., Kleinberg, S. L., Khutskii, G. I., Vidin, Yu. V., Dubrovnyi, V. A., and Zabokritskii, E. I.

Published
1970
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16. Thermal Conductivity of Poly(ethylsiloxane) Liquids at High Pressures

Author

Nemzer, V. G., Nemzer, L. V., and Pugach, V. V.

Abstract

This paper describes an apparatus for the measurement of thermal conductivity at pressure and reports the thermal conductivity of poly(ethylsiloxane) liquids at high pressures. The experimental results are presented on the thermal conductivities of three poly(ethylsiloxane) liquids at pressures up to 200 MPa in the temperature range 293 K to 473 K. The maximum relative error of measurement is ±1.6%. Equations are given which fix the results over the temperature and pressure ranges studied.

Published
1996

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