Heat Pipe Performance: thermosyphon

Heat pipe performance data — cylindrical, vapor chamber, loop, micro, and thermosyphon types with various working fluids and wick structures

Mechanical Engineeringheat_pipe_type: thermosyphon3 rows
heat pipe typeskapplicationdiameter mm maxeffective conductivity WmK max (W/mK)effective conductivity WmK min (W/mK)length mm typicalmax heat flux Wcm2 (W/cm2)max heat transport Wm (Wm)notesoperating temp high C (C)operating temp low C (C)orientation effectthermal resistance CW max (C/W)thermal resistance CW min (C/W)wick typeworking fluid
thermosyphonammonia#wickless#max50mmcryogenic refrigeration, polar electronics, permafrost applications5040,00010,0001,00080800Ammonia thermosyphon used in permafrost cooling (pipeline supports); long transport lengths; gravity-driven; used in Trans-Alaska Pipeline and Arctic infrastructure100-60gravity_dependent0.120.03wicklessammonia
thermosyphonmethanol#wickless#max30mmcold-climate electronics, outdoor cabinets, agricultural instrumentation3030,0008,00040050400Methanol thermosyphon for sub-ambient to 130C; filling ratio critical; copper or stainless envelope; simpler than wicked for non-critical orientation applications13010gravity_dependent0.20.05wicklessmethanol
thermosyphonwater#wickless#max50mmdata center cooling, industrial waste heat recovery, geothermal, HVAC5080,00020,0005001001,000Two-phase closed thermosyphon (TPCT); condenser must be above evaporator; gravity drives liquid return; 3x greater heat transport than wicked HP; simple construction; 53mm ID x 92m long propane thermosyphon carried 6 kW in literature; filling ratio 40-70% optimal; widely researched 2020-202520030gravity_dependent0.150.03wicklesswater

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