VESTNIK of Samara University. Aerospace and Mechanical EngineeringVESTNIK of Samara University. Aerospace and Mechanical Engineering2542-04532541-7533Samara National Research University89810.18287/2541-7533-2010-0-2(22)-50-61UnknownInkjet heat transfer working model phone (fuel transportation) refrigerator drip emitters prospective spacecraft11sadohina@ssau.ru11sadohina@ssau.ru11sadohina@ssau.ruFSUE SRPSRC "TsSKB-Progress", SamaraState Research and Production Space Centre “TsSKB-Progress”1806201092506118062014Copyright © 2015, VESTNIK of the Samara State Aerospace University2015<p>Using the scheme of radiant heat transfer between the unbounded plane and rows of tubes in parallel planes, considered heat transfer inkjet linen cloths coolant moving in the longitudinal direction of die refrigerator drip emitters and ending in space. A design scheme of temperature changes during cooling jet linen cloths in space. We calculated the formula for determining the current and the average temperature along the length of linen cloths, as well as the length of linen cloths depending on the heat load from the Erase spacecraft. Using the proposed simple model of heat transfer inkjet linen cloths refrigerator drip emitters and space led to the practical coincidence of our calculations the number of drop of heat into outer space droplets refrigerator and the average temperature along the length of the jet with the results obtained using a complex model of heat transfer drop linen cloths Konyukhov G.V.</p>Drip refrigerator-radiatorradiatorthe system will provide heat treatment Thermostatingheat transferКапельный холодильник-излучательрадиаторсистема обеспечения теплового режиматермостатированиетеплообмен