The heat pump comprises a heat absorber for absorbing heat from a supplied air, and a heat dissipator for dissipating heat to the supplied air.

A combination of elements reduces heat input to improve heat transfer through and improves heat removal from the rotor (18) to keep it cool.

A heat source of the heat pump is provided in the evaporation chamber (1), and a heat exchanger (8) with a cold source of the heat pump or a heat exchanger (12) with the ambient environment is provided in the condensation chamber (4).

A heat exchanger may receive heat from one or more heat pipes for transfer to a heat receiving component.

The shell space (6) can also be configured as a heat exchanger (3') for heat extraction.

Heat-reflecting radiator panels (insulation material installed between radiators and the wall to reflect heat back into the room

A heat exchanger device, comprising a first heat exchanger for evaporation of liquid natural gas (LNG), and a second heat exchanger for superheating of gaseous natural gas (NG).

Heat exchangers for cooling UF6

domestic heat pump

One of the layers is a heat exchange layer comprising a heat transfer device for exchanging heat with the body.

The invention can be used in automobile heat exchangers.

heat pump for domestic space heating and cooling

The above finds application in heat exchangers for motor vehicles.

The invention is applicable to heat exchangers for motor vehicles.

Heat is used to melt these agents.