Multi-functionalized heat transfer surfaces 多功能传热表面
optimal match between heat-transfer surfaces 换热表面间的最佳匹配准则
These are the results of possible variations in fluid properties, flow rates, scaling or deposits on the heat transfer surfaces.
这些是在流体性质，流动速率，传热面上的缩放和沉淀中是可能变动的结果。
The air loop (102) is used to chill ambient air that is blown across heat transfer surfaces of equipment mounted in data center racks (110).
空气环路(102)用于使吹过安装在数据中心机架(110)中的设备的传热表面的环境空气冷却。
Water velocities, temperatures of the heat transfer surfaces and system configuration also affect the tendency of a system to form and accumulate scale.
水速度，热移动表面和系统结构的温度也影响系统的趋向形成而且累积刻度。
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