Search Results - "Dikansky, Yu. I."

Peculiarities of Reflection of Electromagnetic Waves in the Microwave Range from Magnetic Colloids by Turkin, S. D., Dikansky, Yu. I.

“…We have investigated experimentally the reflection of an electromagnetic (EM) wave in the microwave range at a frequency of 10.65 GHz from a layer of a…”
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Specific Features of the Interaction of Microwave Radiation with Magnetic Colloids by Turkin, S. D., Dikansky, Yu. I.

“…We study, both experimentally and theoretically, propagation of electromagnetic waves in the microwave range (10.5 GHz) through homogeneous magnetic colloids…”
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Dependence of the Magnetization Kinetics of Magnetic Dispersed Nanosystems on the Dispersed Phase Concentration and the Change of Its State by Dikansky, Yu. I., Ispiryan, A. G., Kunikin, S. A.

“…The paper presents the results of experimental investigation of the magnetization relaxation processes in an ensemble of magnetic nanoparticles. The…”
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Instability of a thin layer of a magnetic fluid in a perpendicular magnetic field by Dikansky, Yu. I., Zakinyan, A. R., Mkrtchyan, L. S.

“…The instability and disintegration of a thin layer of a magnetic fluid in a perpendicular magnetic field are considered. New experimental findings for the…”
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Dynamics of a nonmagnetic drop suspended in a magnetic fluid in a rotating magnetic field by Dikansky, Yu. I., Zakinyan, A. R.

“…The behavior of a nonmagnetic drop suspended in a magnetic fluid and subjected to the action of a rotating magnetic field is studied experimentally. The…”
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Features of Magnetic Susceptibility of a Ferrofluid with a Non-Magnetic Filler by Dikansky, Yu. I., Gladkikh, D. V., Dorozhko, D. S., Kurnev, A. V.

“…The features of the magnetic susceptibility of a magnetic fluid with a non-magnetic filler were experimentally studied. It was determined that the dependence…”
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Some features of the interaction of magnetic fluid drops with magnetized aggregates with a rotating magnetic field by Korobov, M.I., Bedzhanyan, M.A., Borisenko, O.V., Dikansky, Yu.I.

“…•There are two frequency modes of drop rotation.•A mathematical model of non-deformed drop rotation has been developed.•Numerical simulation of drop behavior…”
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Dynamics of magnetic fluid drop's shape in rotating and stationary magnetic fields by Dikansky, Yu.I., Bedjanian, M.A., Chuenkova, I.Yu, Suzdalev, V.N.

“…A drop of magnetic fluid was experimentally studied in a rotating magnetic field H r with the additional influence of a stationary magnetic field H s. The…”
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On the Effect of Structural Organization on Magnetic Moment Relaxation of Disperse Particles in a Magnetic Fluid by Gladkikh, D. V.

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Dynamics of magnetic fluid drop's shape in rotating and stationary magnetic fields by DIKANSKY, Yu. I, BEDJANIAN, M. A, CHUENKOVA, I. Yu, SUZDALEV, V. N

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