Перегляд за Автор "Khliyeva, O."
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- ДокументA comparative ecological and energy efficiency analysis of vapor-compression, absorption and ejector air conditioners operating with «natural» refrigerants(2016) Chen, G.; Shestopalov, K.; Khliyeva, O.; Ierin, V.
- ДокументEffect Of Fullerenes C60 On Heat Capacity, Density, Thermal Conductivity And Viscosity Of Tetralin(2019) Zhelezny, V.; Khliyeva, O.; Nikulin, A.; Nikulina, A.; Motovoy, I.; Melnyk, O.; Borisov, V.; Dias, S. I. G.; Moita, A.; Moreira, A. L.
- ДокументExperimental investigation of the influence of the nanoparticles TiO2 additives on thermophysical properties of R141b(2018) Lukianova, T.; Lukianov, N.; Motovoy, I.; Khliyeva, O.; Zhelezny, V.
- ДокументExperimental investigation of the viscosity of propylene glicole based nanofluids with improved thermophysical properties(2017) Khliyeva, O.; Gordeychuk, T.; Ryabikin, S.; Zhelezny, V.
- ДокументPrediction of pool boiling heat transfer coefficient for the refrigerant R141b and its solutions with surfactant and nanoparticles using limited set of experimental data(2019) Khliyeva, O.; Nikulin, A.; Zhelezny, V.; Lukianov, N.; Semenyuk, Yu.; Moreira, A. L. N.; Murshed, S. M. S.The main purpose of this study is to evaluate the expediency of limited set of experimental data (LSED) to increase the accuracy of heat transfer coefficient (НTС) prediction under pool boiling conditions. The analysis was performed for the pure refrigerant R141b and its solutions with the surfactant Span-80 and TiO2 nanoparticles. The results have shown, that the joint use of LSED and existing correlations for internal boiling characteristics (IBC) helps to improve HTC prediction.
- ДокументTemperature And Concentration Dependencies Of Density And Viscisity For The Fullerene C60 Solutions In O-Xylene(2019) Khanchych, K.; Motovoy, I.; Zhelezny, V.; Khliyeva, O.; Dmitriev, E.; Tumburkat, K.
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