Farhad Khoeini

2 months ago | sciencedirect.com | Yuan Ren |Maryam Khalkhali |Farhad Khoeini |Huai Wei

Evaporation occurring at high altitudes under low atmospheric pressures differs significantly from that at standard pressures (1 bar). Experimental results have revealed intriguing phenomena, including reduced mass transfer efficiency [1,2] and diminished total heat transfer performance on the air side [3]. The presence of air molecules with varying number densities influences evaporation behavior through different interaction strengths.