Computer and experimental modelling of heat leakage from porous substrates of LED lighting devicesVelichko V.K.,
Nessemon K.D.,
Belyaev V.V.,
Mikhaleva E.S.,
Belyaev A.A.,
Besprozvannyi E.D.,
Muzalevsky I.V.,
Morozova O.A.,
Yatsenko A.N.,
Gorbunov A.A.,
Zhachkin V.A. In this paper we propose a mathematical and physical
model of a porous substrate, evaluate
Constraints on the Mass and Mixing of Z'-bosons from LEP2 Experimental DataAnalysis of effects induced by Z'-bosons based on LEP2
experimental data (OPAL, DELPHI, ALEPH, L3
CREATING AN EXPERIMENTAL APPARATUS MODEL FOR INVESTIGATING COMPLEX FLUIDS BY NMRCREATING AN
EXPERIMENTAL APPARATUS
MODEL FOR INVESTIGATING COMPLEX FLUIDS BY NMR
Neural simulation and experimental investigation of Chloroquine solubility in supercritical solvent industry for design of the process. To date, various
modeling approaches including Equation of State (EoS
The formation of students’ creative independence at the english language classes and
experimental data, method of involved observation,
modeling and
experimental method. The
experimental method
Microwave injector of plasma formed in a narrow coaxial resonator: Experiment and computer simulations obtained. The computer PIC simulations were performed using the three-dimensional numerical
model in order
Use of Multichannel Microwave Radiometry for Functional Diagnostics of the BrainGudkov A.G.,
Leushin V.Y.,
Sidorov I.A.,
Vesnin S.G.,
Porokhov I.O.,
Sedankin M.K.,
Agasieva S.V.,
Chizhikov S.V.,
Gorlacheva E.N.,
Lazarenko M.I.,
Shashurin V.D. The results of the development and testing of an
experimental model of a noninvasive system