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Загальна кількість знайдених документів : 15
Представлено документи з 1 до 15
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| 1. | Ж29409/А Labay V. Y. Exergy effective regimes of exploitation of air split-conditioners of firm "LG" [] // Вісник Національного університету "Львівська політехніка", 2013. Теорія і практика буд-ва,N № 756.-С.140-143
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| 2. | Ж29409/А Labay V. Y. The dependence of exergy losses in elements of air split-conditioners refrigerating machines from adiabatic and electromechanical output-input ratio for compressor [] // Вісник Національного університету "Львівська політехніка", 2014,N № 781:Теорія і практика буд-ва.-С.105-110
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| 3. | Ж44046 Harasym D. The estimation of exergy efficiency and exergy losses in air conditioning systems of operating cleanrooms by a Grassmann diagram [] // Energy engineering and control systems, 2015. т.Т. 1,N № 1.-С.1-8
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| 4. | Ж44046 Harasym D. Analysis of exergy efficiency and ways of energy saving in air conditioning system for a cleanroom [] // Energy engineering and control systems, 2015. т.Т. 1,N № 2.-С.77-84
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| 5. | Ж44046 Harasym D. Investigations on the innovation model of exergy effectiveness of air conditioning system for operating cleanrooms [] // Energy engineering and control systems, 2017. т.Т. 3,N № 1.-С.15-22
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| 6. | Ж43974 Labay V. Mathematical modeling of a split-conditioner operation for evaluation of exergy efficiency of the R600A refrigerant application [] // Mathematical modeling and computing, 2018. т.Т. 5,N № 2.-С.169-177
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| 7. | Ж43974 Labay V. Y. Mathematical modeling of the heating process in a vortex tube at the gas distribution stations [] // Mathematical modeling and computing, 2019. т.Т. 6,N № 2.-С.311-319
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| 8. | Ж43974 Labay V. Mathematical modeling of a split-conditioner operation for evaluation of exergy efficiency of the R600A refrigerant application [] // Mathematical modeling and computing, 2018. т.Т. 5,N № 2.-С.169-177
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| 9. | Ж43974 Labay V. Y. Mathematical modeling of the heating process in a vortex tube at the gas distribution stations [] // Mathematical modeling and computing, 2019. т.Т. 6,N № 2.-С.311-319
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| 10. | Ж43974 Labay V. Yo. Mathematical modeling bringing the operation of air split conditioners heat pumps to the same internal temperature conditions [] / V. Yo. Labay, V. Yu. Yaroslav, O. M. Dovbush, A. Ye. Tsizda // Math. Modeling and Computing, 2021. т.Т. 8,N № 3.-С.509-514
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| 11. | Ж44353 Labay V. Influence of the condenser and evaporator air flows on the condensation and evaporation pressures of air split-conditioners heat pumps [] / V. Labay, V. Yaroslav, O. Dovbush, A. Tsizda // Theory and Building Practice, 2020. т.Т. 2,N № 1.-С.23-29
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| 12. | Ж44353 Labay V. Investigation the exergetic efficiency of refrigerant R290 (propane) application for work of air split-conditioner [] / V. Labay, V. Yaroslav, M. Hensetskyi // Theory and Building Practice, 2021. т.Т. 3,N № 1.-С. 128-136
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| 13. | Ж44353 Labay V. Prospects of using polymeric materials in the construction of solar collectors [] / V. Labay, B. Piznak, B. Gulai, I. Sukholovak // Theory and Building Practice, 2021. т.Т. 3,N № 2.-С.58-66
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| 14. | Ж44046 Labay V. Investigation of air exergy from condenser of air split-conditioner heat pump and its exergetic efficiency depending on outside air temperature [] / V. Labay, H. Klymenko, M. Gensetskyi // Energy Eng. and Control Systems, 2022. т.Т. 8,N № 1.-С.15-19
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| 15. | Ж44353 Labay V. Status and prospects of improving energy efficiency clean rooms air conditioning systems [] / V. Labay, H. Klymenko, M. Gensetskyi // Theory and Building Practice, 2022. т.Т. 4,N № 2.-С.44-48
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