To provide a boiling heat-transfer member having a structure to further increase heat-transfer efficiency and its production method.
This boiling heat-transfer member has a metallic porous body obtained by compressing an open-cell metallic sintered compact in the thickness direction on its surface. The powder of metal or metallic alloy is deposited on the surface of the skeleton of a three-dimensional reticular structure as a substrate. The three-dimensional reticular structure coated with the powder is laminated on the surface of a member 130, then heated and burned off. The metal or metallic alloy is sintered to obtain an open-cell metallic sintered compact 110 which is fused to and integrated with the member surface. The formed metallic sintered compact is compressed in the thickness direction to form a metallic porous body 120 having a specified thickness, and a boiling heat- transfer member 100 is produced.
| JPS5919887 | [Title of the device] Heat exchanger |
| JPS5919878 | [Title of the device] Open rack type heat exchanger |
| JPS61246593 | EVAPORATOR OF DRIPPING FILM TYPE |
UCHIDA TATSUYA
YOSHIKAWA TOSHIJI
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