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1A solution is found for the unsteady problem of heat transfer between a dense slab of dis- perse material and an object within this slab for the case of boundary conditions of the fourth kind. The calculated results are compared with experiment.

N V Antonishin,Marvin A Geller,V V Lushchikov,A L Parnas,L E Simchenko

1975Journal of Engineering Physics引用：23

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2Unsteady Heat Transfer Between a Dense Slab of Disperse Material and an Object in It with Boundary Conditions of the Fourth Kind

N. V. Antonishin,M. A. Geller,V. V. Lushchikov,A. L. Parnas,L. E. Simchenko

A solution is found for the unsteady problem of heat transfer between a dense slab of disperse material and an object within this slab for the case of boundary conditions of the fourth kind. The calculated results are compared with experiment.

1975Journal of engineering physics（1975）

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3Analysis of the Feasibility of Describing Unsteady Heat Conduction Processes in Dense Disperse Systems by Differential Equations Accounting for Phase Interaction Characteristics

O. M. Todes,N. V. Antonishin,L. E. Simchenko,V. V. Lushchikov

The solution of a set of differential equations for unsteady heat conduction of a disperse medium is analyzed and a comparison is presented with experimental data from several authors.

1970Journal of engineering physics（1970）引用：5

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4HEAT TRANSFER PECULIARITIES IN HETEROGENEOUS SYSTEMS WITH HIGH UNSTEADY-STATE HEAT TRANSFER RATES

N.V. Antonishin,S. S. Zabrodsky,L.E. Simchenko,V.V. Lushchikov

1970Proceeding of International Heat Transfer Conference 4

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5AN ELECTRICAL ANALOG FOR NONSTATIONARY HEAT EXCHANGE IN A DISPERSED SYSTEM,

N V Antonishin,L E Simchenko

1968引用：23

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6Discrepancy Between Theoretical and Experimental Data on Nonsteady Heat Conduction in Disperse Systems

N. V. Antonishin,L. E. Simchenko,V. V. Lushchikov

An attempt is made quantitatively to estimate the feasibility of applying the working differential equation for a continuous medium to a disperse system.

1967Journal of engineering physics（1967）引用：5

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7Electrical Simulation of Nonstationary Heat Transfer in a Disperse System

N. V. Antonishin,L. E. Simchenko

The system of differential equations of heat conduction of a dispersed medium is replaced by the system of differential equations of an electrical circuit; the simulation conditions are examined.

1967Journal of engineering physics（1967）

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8Differential Equations of Heat Conduction in a Disperse System

N. V. Antonishin,L. E. Simchenko,G. A. Surkov

A system of differential equations is proposed for the description of unsteady heat conduction in disperse systems. A solution is derived for boundary conditions of the 1st, 2nd, and 3rd kind.

1966Journal of engineering physics（1966）引用：7

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9Investigation of Local and Average Heat Transfer Between a Sphere and an Airstream

L. K. Zhitkevich,L. E. Simchenko

Results are described of investigations of local and average heat transfer between a single sphere and an airstream at normal and reduced pressures in the Reynolds number range 50 to 97·103.

1966Journal of Engineering Physics（1966）引用：5

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