高聚物高弹态与粘流态之间的转变区,称为粘流转变区,对应的转变温度称为流动温度Tf。流动温度Tf是确定高聚物熔体成型工艺参数的主要依据之一。与玻璃化转变 一样,高聚物的流动转变也是松弛过程。流动温度既与分子链结构有关,也与作用条件有关。
把岩相检验与炉渣化学成分、 流动温度数据结合起来,可以更全面地了解炉渣的性质。
Combined mineralogical morphology inspection and composition, fluid temperature of slag will display the characteristics of slag thoroughly.
检测了炉渣的流动温度和岩相结构,分析了渣-钢之间化学反应的平衡状况和氧射流对熔池的作用。
The slag temperature and morphology were measured and observed. The equilibrium between the slag and melt and the reaction of oxygen jet with the bath were analyzed.
冰川有时按温度分为流动较快的温和冰川或流动较慢的极地冰川。
Glaciers are sometimes classified by temperature as faster-flowing temperate glaciers or as slower-flowing polar glaciers.
Yet, the temperature goes up. So, I can have a temperature change which is an adiabatic temperature change.
它与外界不会,有物质或者能量的流动,然而系统的温度升高了。
Now, I know how to relate the heat flow to temperature change, through the heat capacity.
现在我知道怎样把能量的流动,和温度的变化联系起来,通过热容。
If there's no heat flow between the b and c, then I can say all right, a and c were the same temperature.
如果在与之间没有热量流动,那么我就可以说,好吧与处于相同的温度。
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