2) microchannel cooling heat sink
微槽冷却热沉
1.
Application of thermal resistance net model in optimization design of microchannel cooling heat sink;
热阻网络模型在微槽冷却热沉优化设计中的应用
2.
Optimization design of structural size of microchannel cooling heat sink;
微槽冷却热沉结构尺寸的优化设计
3) microchannels cooling heat sink
微槽道冷却热沉
1.
The finite element method is then used to numerically simulate the heat transfer performance of microchannels cooling heat sink.
对高热流密度芯片的冷却要求进行了分析,采用有限元方法对微槽道冷却热沉的传热性能进行了数值模拟。
4) hto and cold steeping
热冷槽浸渍处理
5) cold trough
冷槽
1.
Owing to the influence of the atmospheric circulation with the different time and space, and the function of the dynamic and heat of the Qinghai Xizang Plateau, it is formed the “cold trough”(low temperature trough) in winter and “Thermal backbone”(high temperature backbone) in the east of China.
中国东部 (青藏高原以东 )冬季形成低温的“冷槽” ,而夏季形成高温的“热脊” 。
6) hot and cold bathe
木材热冷槽浸注法
补充资料：α型钛合金热锻缓冷组织
α型钛合金热锻缓冷组织
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说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条