A CALCULATION METHOD OF A HEAT REJECTION SYSTEM IN A LUNAR POWER PLANT CONSISTING OF A FREE-PISTON STIRLING ENGINE (FPSE) Article Smirnov S.V., Sinkevich M.V., Antipov Y.A., Khalife H.S. Acta Astronautica. Elsevier Ltd. Vol. 180. 2021. P. 46-57
DESIGN FEATURES OF A POWER PLANT BASED ON A STIRLING ENGINE WORKING ON THE MOON Article Antipov Y.A., Smirnov S.V., Oshchepkov P.P., Khalife H.S. Advances in the Astronautical Sciences. Univelt Inc.. Vol. 174. 2021. P. 833-847
A COMBINED HEAT AND POWER (CHP) PLANT CONSISTING OF A MICROTURBINE AND A STIRLING ENGINE Article Antipov Y.A., Smirnov S.V., Oshchepkov P.P., Khalife H.S. IOP Conference Series: Materials Science and Engineering. Institute of Physics Publishing. Vol. 1047. 2021.
HEAT TRANSFER FROM THE WALLS OF A COMPRESSOR CYLINDER TO THE GAS IN THE COURSE OF GAS INTAKE INTO A RECIPROCATING COMPRESSOR Article Antipov Y.A., Oshchepkov P.P., Shatolov I.K., Shatalova I.I., Shkarin K.V. Chemical and Petroleum Engineering. Vol. 56. 2021. P. 998-1003
THERMODYNAMIC MODELING OF A HEAT PUMP UNIT AS PART OF A COGENERATION TURBINE OPERATING IN VENTILATION MODE Article Souri K., Antipov Y.A., Shkarin K.V. IOP Conference Series: Materials Science and Engineering. Institute of Physics Publishing. Vol. 675. 2019.
CORRELATION BETWEEN VOLUMETRIC EFFICIENCY AND ISENTROPIC EFFICIENCY OF PISTON COMPRESSOR OF THERMAL PUMP Article Mamaev V.K., Shatalov I.K., Antipov Y.A., Vallejo Maldonado P.R. Chemical and Petroleum Engineering. Vol. 53. 2018. P. 793-796
USE OF THE LORENZ CYCLE IN HEAT PUMPS Article Shatalov I.K., Antipov Y.A., Dubentsov K.G. Chemical and Petroleum Engineering. Vol. 53. 2018. P. 716-719
INFLUENCE OF MOISTNESS OF WORKING FLUID ON DELIVERY COEFFICIENT OF RECIPROCATING COMPRESSOR Article Antipov Y.A., Shatalov I.K., Sobennikov E.V. Chemical and Petroleum Engineering. Vol. 50. 2014. P. 38-42
PARAMETERS OF PISTON COMPRESSOR OF HEAT PUMPS IN PARTIAL OPERATION MODES Article Barskii I.A., Antipov Y.A., Shatalov I.K., Terekhov D.V. Chemical and Petroleum Engineering. Vol. 47. 2011. P. 53-58
MECHANICAL EFFICIENCY AND LOSSES IN A PISTON COMPRESSOR FOR VARIOUS WORKING BODIES Article Antipov Y.A., Barskii I.A., Maldonado P.R.V., Shatalov I.K. Chemical and Petroleum Engineering. Vol. 45. 2009. P. 438-442
PISTON COMPRESSOR PARAMETER COMPARISON FOR OPERATION WITH AIR AND FREON Article Antipov Yu.A., Loban M.V., Kiryushkin A.A. Chemical and Petroleum Engineering. Vol. 43. 2007. P. 351-354