The heat generation element (200) generates heat, and the heat dissipation member (100) dissipates to the outside heat received from the heat generation element (200).

The heat rejection heat exchanger is a microchannel heat exchanger.

The heat-receiving unit (510) receives the heat from the heat-emitting component (220).

The heat-generating component provides a heat release that triggers the activity of the heat-activated component.

The cupola operates on inductive heat alone, chemically assisted heat, or plasma assisted heat.

All the heat exchangers are thus operated from the heat supplied to the first heat exchanger.

A heating system 172 introduces dry heat, moist heat, and, if desired, a combination of moist heat and dry heat into the chamber.

The heat exchange fluid may add heat to or remove heat from a gas being expanded or compressed.

The heat dissipating section dissipates heat by periodically propagating heat accumulated in the sensor section (10) to the outside.

The heat-generating body generates heat in the presence of air.

In addition, the heat discharge unit (530) externally discharges heat received by the heat-receiving unit (510).

Heat is transferred from the at least a portion of the glass ribbon to the heat sink and at least a portion of the heat is absorbed into the heat sink.

The heat dissipating module dissipates the heat which has been received by means of the heat receiving body.

The heat-transmitting section (700) transmits the generated heat of the heat-generating element (120) to the first heat-radiating section (160D).

The heat radiation sections (3) radiate radiation heat due to heat generated by the heat generating sections (4).