Search Results - "Aref’ev, I. M."

Elasticity of a magnetic fluid in a strong magnetic field by Polunin, V. M., Ryapolov, P. A., Platonov, V. B., Sheldeshova, E. V., Karpova, G. V., Aref’ev, I. M.

“…Complex measurements of the following elastic-magnetic parameters of a magnetic fluid suspended by magnetic levitation within a horizontal tube in a strong…”
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Magnetic properties of undecane-based magnetic fluids by Aref’ev, I. M., Ispiryan, A. G., Kunikin, S. A., Sirunyan, V. A.

“…The magnetic properties of magnetic fluids based on n-undecane have been presented. The temperature dependences of the magnetic susceptibility in the absence…”
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Dynamic Elasticity of a Magnetic Fluid Column in a Strong Magnetic Field by Polunin, V. M., Ryapolov, P. A., Shel’deshova, E. V., Kuz’ko, A. E., Aref’ev, I. M.

“…The elastomagnetic parameters of a magnetic fluid kept by magnetic levitation in a tube placed horizontally in a strong magnetic field are measured, including…”
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Instability of the Flow of a Magnetic Liquid Pushing Down an Air Cavity by Boev, M. L., Polunin, V. M., Ryapolov, P. A., Bashtovoi, V. G., Reks, A. G., Kazakov, Yu. B., Aref’ev, I. M., Aref’eva, T. A.

“…Salient features of the flow of a magnetic liquid that pushes down an air cavity in an oncoming magnetic field are considered. The jet mechanism of liquid flow…”
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Perturbation of magnetization of a magnetic fluid by ultralow thermal fluctuations accompanying a sound wave by Polunin, V. M., Storozhenko, A. M., Ryapolov, P. A., Tantsyura, A. O., Kazakov, Yu. B., Aref’eva, T. A., Aref’ev, I. M., Neruchev, Yu. A., Korotkovskii, V. I.

“…The paper presents the results of theoretical and experimental research of the the effect of perturbation of the magnetization of a magnetic fluid caused by…”
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Magnetocaloric effect and the heat capacity of ferrimagnetic nanosystems in magnetic fluids by Korolev, V. V., Aref’ev, I. M., Ramazanova, A. G.

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Determination of maximum particle size in magnetic fluids by Aref’ev, I. M., Lebedev, A. V.

“…Higher-order moments of particle size distribution functions are determined for magnetic fluids from analysis of initial segments of magnetization curves. It…”
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Elastic oscillations of bubbles separated from an air cavity in a magnetic fluid by Polunin, V. M., Shabanova, I. A., Karpova, G. V., Kobelev, N. S., Ryabtsev, K. S., Platonov, V. B., Aref’ev, I. M.

“…The elastic oscillations of air bubbles separated from an air cavity compressed by the ponderomotive forces of a magnetic field in a magnetic fluid are…”
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The magnetothermal properties of substituted (tetraazoporphynato)manganese(III) in aqueous suspension by Korolev, V. V., Aref’ev, I. M., Lomova, T. N., Ovchenkova, E. N., Klyueva, M. E., Zakharov, A. G., Korolev, D. V.

“…The magnetocaloric effect (MCE), heat capacity, and enthalpy and entropy of magnetization of the high-spin (acetato)(2,3,7,8,12,13,17,18-octa- para-tert…”
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Magnetocaloric effect and heat capacity of high-spin manganese complexes in a disperse state by Korolev, V. V., Aref’ev, I. M., Lomova, T. N., Klyueva, M. E., Zakharov, A. G., Korolev, D. V.

“…Magnetothermal properties of high-spin chloro(2,3,7,8,12,13,17,18-octaethylporphyrinato)manganese(III), chloro(5,10,15,20-tetraphenylporphyrinato)…”
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Magnetocaloric effect and heat capacity of ferrimagnetic nanosystems: Magnetite-based magnetic liquids and suspensions by Korolev, V. V., Romanov, A. S., Aref’ev, I. M.

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A microcalorimeter for studying the magnetocaloric effect and the heat capacity in magnetic fields by Korolev, V. V., Romanov, A. S., Aref’ev, I. M.

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The Magnetocaloric Effect and Heat Capacity of Suspensions of High-Dispersity Samarium Ferrite by Korolev, V. V., Aref’ev, I. M., Ramazanova, A. G.

“…The magnetocaloric effect and specific heat capacity of an aqueous suspension of samarium ferrite were determined calorimetrically over the temperature range…”
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The magnetocaloric effect and heat capacity of ferrimagnetic nanosystems: High-dispersity magnetite by Korolev, V. V., Aref’ev, I. M., Ramazanova, A. G.

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Toxicologic evaluation of individual chemical compounds and their complex mixtures using a motile cell test object by Kayumov, R. I., Es'kov, A. P., Aref'ev, I. M., Lappo, V. G., Rotenberg, Yu. S.

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Adapting the p300 brain-computer interface technology to assess condition of anorexia nervosa patients by Ganin, I. P., Kosichenko, E. A., Sokolov, A. V., Ioannisyanc, O. M., Arefev, I. M., Basova, A. Ya, Kaplan, A. Ya

“…Brain-computer interface based on the P300 wave (P300 BCI) allows activating a given command according to the electroencephalogram (EEG) response to a…”
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Method of determining activity of cell suspensions due to their intrinsic motility by Es'kov, A. P., Gurilev, O. M., Trifonov, A. A., Aref'ev, I. M.

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Monitoring the kinetics of the antigen-antibody reaction by a light scattering method by Aref'ev, I. M., Es'kov, A. P., Kolesnikova, V. Yu, Korn, M. Ya

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Method of light scattering spectroscopy for reading the precipitation test by Aref'ev, I. M., Es'kov, A. P., Korn, M. Ya, Chibisova, V. A.

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Determination of activity of sperm by the light scattering method by Aref'ev, I. M., Es'kov, A. P., Kozlov, G. G.

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