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Khairnasov
Khairnasov
Professor
Подтвержден адрес электронной почты в домене kpi.ua
Название
Процитировано
Процитировано
Год
Aluminum heat pipes applied in solar collectors
B Rassamakin, S Khairnasov, V Zaripov, A Rassamakin, O Alforova
Solar Energy 94, 145-154, 2013
1182013
Heat pipes application to solar energy systems
SM Khairnasov, AM Naumova
Applied Solar Energy 52, 47-60, 2016
422016
Heat pipes application in electronics thermal control systems
S Khairnasov, A Naumova
Frontiers in heat pipes (FHP) 6 (1), 2015
292015
Heat pipes with variable thermal conductance property for space applications
V Kravets, Y Alekseik, O Alekseik, S Khairnasov, V Baturkin, T Ho, ...
Journal of Mechanical Science and Technology 31, 2613-2620, 2017
172017
Space-applied aluminum profiled heat pipes with axial grooves: experiments and simulation
B Rassamakin, S Khairnasov, A Rassamakin, O Alpherova
Heat Pipe Science and Technology, An International Journal 1 (4), 2010
162010
Solar collectors of buildings facade based on aluminum heat pipes with colored coating
S Khairnasov, B Rassamakin, R Musiy, A Rassamakin
Journal of Civil Engineering and Architecture 7 (4), 403, 2013
132013
MASCOT thermal subsystem design challenges and solution for contrasting requirements
L Celotti, M Solyga, R Nadalini, V Kravets, S Khairnasov, V Baturkin, ...
45th International Conference on Environmental Systems, 2015
122015
The study of the heat-engineering characteristics of a solar heat collector based on aluminum heat pipes
SM Khairnasov, VK Zaripov, BM Passamakin, DV Kozak
Applied Solar Energy 49, 225-231, 2013
122013
Thermal performance of aluminium grooved heat pipes
B Rassamakin, S Khairnasov, A Anisimova
2016 International Conference on Electronics and Information Technology (EIT …, 2016
92016
Development of advanced high porosity wicks for the high temperature heat pipes of concentrating solar power
S Khairnasov, CE Andraka, V Baturkin, V Zaripov, O Nishchyk
Applied Thermal Engineering 126, 1170-1176, 2017
72017
Analyzing the efficiency of a photovoltaic-thermal solar collector based on heat pipes
SM Khairnasov
Applied Solar Energy 50, 10-15, 2014
72014
Research and development on performances of large-sized thermoelectric module with heat pipes
L Anatychuk, L Vikhor, Y Rozver, B Rassamakin, S Khairnasov, ...
Heat Pipe Science and Technology, An International Journal 2 (1-4), 2011
52011
Combined Photovoltaic-Thermal Solar Collector
Y Elgart, B Rassamakin, S Khairnasov, M Dusheiko, A Rassamakin, ...
Australian New Innovation Patent Application, 2014
42014
Коэффициенты теплоотдачи в зонах испарения и конденсации алюминиевой тепловой трубы с резьбовидной капиллярной структурой
ЮЕ Николаенко, ДВ Козак, СМ Хайрнасов
Политехпериодика, 2017
32017
EXPERIMENTAL INVESTIGATIONS OF ALUMINUM THERMOSYPHONS FOR A PHOTOVOLTAIC THERMAL MODULE
S Khairnasov, B Rassamakin, D Kozak
Heat Pipe Science and Technology, An International Journal 6 (3-4), 2015
32015
The First Ukrainian Nanosatellite–PolyITAN-1: Development, Simulation, Flight Tests
B Rassamakin, N Baiskov, S Ostapchuk, S Khairnasov, A Rassamakin, ...
5-th International Space Conference SEMW, 21-23, 2014
32014
Buildings facade photovoltaic-thermal collectors based on aluminum heat pipes
S Khairnasov, B Rassamakin, D Kozak, A Naumova
Journal of Civil Engineering and Architecture Research 1 (3), 151-156, 2014
32014
DESIGNING AND STUDY OF ALUMINUM PROFILE THERMOSYPHONS FOR PHOTOVOLTAIC-THERMAL SOLAR COLLECTOR
S Khairnasov, B Rassamakin, A Anisimova, A Naumova
Heat Pipe Science and Technology, An International Journal 4 (3), 2013
32013
Сравнение тепловых характеристик термосифона и гравитационной тепловой трубы одинаковых размеров
ЮЕ Николаенко, ДВ Козак, ВЮ Кравец, СМ Хайрнасов
Современные информационные и электронные технологии 1 (17), 164-165, 2016
22016
Investigation of characteristics of heat pipes for LED lightning device
SM Khairnasov, YE Nikolaenko, BM Rassamakin, MA Lozovoi
Proceedings of the IX Minsk International Seminar “Heat Pipes, Heat Pumps …, 2015
22015
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Статьи 1–20