聚合物的热传递性质在聚合物的工艺加工和使用方面起着至关重要的作用，因此对聚合物的热传递性质进行研究是非常重要的。
The study on thermal transport properties of polymers is very important because of the crucial role played by these properties in both processing stages and product USES.
溶剂起到稀释的作用，有利于聚合反应热的传递，同时由于溶剂使反应混合物的粘度降低，使得搅拌较为容易。
The solvent ACTS as diluent and AIDS in the transfer of the heat of polymerization. The solvent also allows easier stirring, since the viscosity of the reaction mixture is decreased.
它使你热发电和阻力，“范”的作用，使一切清凉一、电子传递控制水平。
It is heat generation and resistance that brings your "fan" into play, keeping everything cool, and electron transfer at a controlled level.
因此，与起作用的炉区相邻的管段上的温度和热传递状况极大地依赖于起作用的炉区中的热传递动力学。
Therefore, the temperature and heat transfer regimes over the sections of the tubes adjacent to the active furnace zone greatly depend on the heat transfer dynamics in the active furnace zone.
因此，与起作用的炉区相邻的管段上的温度和热传递状况极大地依赖于起作用的炉区中的热传递动力学。
Therefore, the temperature and heat transfer regimes over the sections of the tubes adjacent to the active furnace zone greatly depend on the heat transfer dynamics in the active furnace zone.
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