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- conductive heat flow 传导热流
- Most plastics do not readily conduct heat or electricity . 大多数塑料不易导电导热。
- The geographical distribution of heat flow data is very uneven. 热流量资料的地理分布很不平衡。
- Most plastics do not really conduct heat Or electricity. 大多数塑料实际上并不传热,也不导电。
- Most plastics do not readily conduct heat or electricity. 大多数塑料不易导电导热。
- Of scuds metals conduct heat most quickly. They are the best heat conductors. 在所有的固体中金属传热最快，它们是最好的导热体。
- Steady-state heat flow is comparable to the flow of an incompressible fluid. 稳态热流和不可压缩流体的流动可相比拟。
- This liquid conducts heat energy very efficiently. 这种液体能十分有效地传导热能。
- Our result shows the nonuniform distribution of mantle heat flow in China. 结果显示;中国大陆地幔热流的空间分布不均匀.
- Metal conducts heat better than wood. 金属传热性能比木头好。
- Sound carries well over water; The airwaves carry the sound; Many metals conduct heat. 声音在水中传导很快；广播传导声音；许多金属传导热量。
- Heat flow from a hotter to a cooler body is a process of energy transfer tending to equalize temperature. 热从高温物体流向低温物体是一个能量传递过程，它使温度趋于均匀。
- Practical applications for heat flow measurements in ocean floors are the location of hot brines. 洋底热流量测量的实际目的是圈定热卤水的位置。
- Substances such as wood, plastics, and paper conduct heat slowly. They are therefore poor conductors, or good insulators. 木头、塑料和纸等物质传热慢，因此它们是不良导热体，而是好的绝缘体。
- The approximation of a linear dependency between heat flow and temperature difference leads to satisfactory results. 在热流量与温度差之间，近似地采用线性关系，也能得出令人满意的结果。
- Substances such as wood,plastics,and paper conduct heat slowly. They are therefore poor conductors,or good insulators. 木头、塑料和纸等物质传热慢，因此它们是不良导热体，而是好的绝缘体。
- The rate of heat flow between any two points increases with difference of temperature. 任何两点间的热流动速率则随温差的加大而增加。
- All bodies of matter conduct heat to some degree. But many solids conduct heat better than do liquids, and liquids better than gases. 一切物体都能在某种程度上传热，但许多固体比液体传热性能好，而液体又比气体好。
- In short, heat flows from the warmer to the cooler body. 总之,热总是从高温物体流向低温物体。
- In heterogeneous anisotropic materials the heat flow vector and conductivity are more complex. 在各向异性的非均质材料中，热流向量和热导率很复杂。
