Intensification of heat transfer in high-power laser diode bars by means of porous metal heat-sink.
To intensify a heat transfer in high-power emitters based on laser diode bars we propose the use of a heat sink from a porous permeable material cooled by a fluid flow [1-3]. The main advantage of this class of materials is the possibility of removing significant heat flows with compact heat sink. An analysis of the characteristic values of the thermal loads and their relations with the material and liquid parameters drawn from an one-dimensional model of stationary one-sided heat exchange shows the possibility of heat flow removal of more than 1.5 kW/cm 2 at room temperature in a liquid. Methods for improving the effectiveness of the strategy are considered.
Apollonov
V V
VV
Derzhavin
S
S
Kuzminov
V
V
Mashkovskiy
D
D
Timoshkin
V
V
Philonenko
V
V