Scientific Journal of KubSAU

Polythematic online scientific journal
of Kuban State Agrarian University
ISSN 1990-4665
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Name

Nikitin Petr Vladimirovich

Scholastic degree


Academic rank

associated professor

Honorary rank

—

Organization, job position

Stavropol State Agrarian University
   

Web site url

—

Email

—


Articles count: 3

449 kb

DETERMINATION OF DIELECTRIC PARAMETERS OF SEEDS OF AGRICULTURAL CROPS WITH THE EFFECTS OF LATERAL ELECTRIC FIELD OF MEASURING CAPACITOR

abstract 0851301024 issue 85 pp. 316 – 325 28.01.2013 ru 1716
In the article, the technique of experimental determination of dielectric permeability and a tangent of an angle of dielectric losses of mixed seeds of agro cultures – air by means of measurement of the electric capacity of the cell of a flat condenser which has been densely filled with seeds in a range of frequencies of 1 kHz – 1 MHz is presented
199 kb

THEORETICAL ANALYSIS AND EXPERIMENTAL MEASUREMENTS OF THE MAGNETIC SYSTEM OF THE DEVICE FOR ACTIVATION OF WATER WITH ALTERNATING MAGNETIC FIELD

abstract 1001406010 issue 100 pp. 209 – 223 30.06.2014 ru 1480
The work presents the calculation on the basis of magnetic circuits of magnetic field induction in the "water" gaps of the device for activation of water with alternating magnetic field of industrial frequency. We have executed the calculations of magnetic inductance of the coil of the device taking into account the thickness of layers of winding current-carrying wires. This allowed experimentally determining - with reasonable accuracy - the value of the relative permeability of the steel used, housing, necessary for the specified calculation of the device in general
145 kb

TURBULENT HEAT AND MASS TRANSFER IN WALL-ADJACENT SUBMERGED JET OF AIR

abstract 0831209026 issue 83 pp. 358 – 368 30.11.2012 ru 1430
The analysis of heat and mass transfer in the wall-adjacent jet of gas under essential non-isothermal conditions is given. The calculated relations of chemi-cal erosion intensity of surface on the basis of integral correlation for the turbulent boundary layer are ob-tained. The presented calculations are successfully compared with the experimental results
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