Abstract
A roll bond heat pipe (RBHP) is very promising in the cooling of electronic equipment such as notebook computers. This study presents prediction data on maximum capillary limit obtained for the RBHP with 7.8 mm wide flow channel. Furthermore, experimental data on the thermal performance of the RBHP shows the temperature drop on the RBHP between the highest and lowest temperatures. These data determine the optimum working fluid charge volume and number of capillary loops for the RBHP.
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