Linked from

The 17 pages that link to Compressor, each with the reason it gives.

• Heat pumpRelated: It supplies work that raises refrigerant pressure and temperature before heat is delivered indoors.

• RefrigerantRelated: It drives circulation and raises refrigerant vapor to a temperature suitable for heat rejection.

• Vapor-compression refrigerationRelated: It raises refrigerant pressure and temperature so the condenser can reject heat.

• Brayton cycleRelated: The cycle begins by consuming work to compress its working gas.

• CondenserCompared with: A compressor prepares refrigerant vapor for the condenser by increasing its pressure and temperature.

• Work (thermodynamics)Related: Compression requires work input, often analyzed using steady-flow thermodynamics.

• Jet engineBroader topic: It increases incoming air pressure before combustion.

• Aircraft engineRelated: Gas turbine engines compress incoming air before combustion.

• Control volumeBroader topic: A control-volume analysis relates required work to changes in flowing gas energy.

• Pipeline transportRelated: Gas pipelines use compressors to restore pressure lost through friction and distance.

• RefrigeratorBroader topic: It pressurizes refrigerator vapor so the refrigerant can release heat at a higher temperature.

• Refrigeration cycleBroader topic: It pressurizes refrigerant vapor so it can release heat at a higher temperature.

• EvaporatorRelated: It draws vapor from the evaporator outlet and drives refrigerant circulation.

• Isentropic processRelated: Isentropic compression estimates the minimum work input for a specified pressure rise.

• TurboshaftBroader topic: It pressurizes incoming air before combustion in a turboshaft.

• Gas-turbine engineNarrower topic: Compression raises air pressure before it enters the combustor.

• Heat pump and refrigeration cycleBroader topic: It raises refrigerant pressure and temperature, enabling heat rejection at the warm side.