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1·Higher heating rate results in smaller grain size.

高的升温速率可获得较小的晶粒。

2·The heating rate only has influence on the uniformity of the crystal dimension.

加热速度仅影响到等轴晶粒的均匀性；

3·When the heating rate was fast enough, the iron joined crystal could be formed.

只有当加热速率足够大时才会导致铁连晶的形成。

4·The electric conductivity and the heating rate increased with voltage increasing.

随着电压的增大，淀粉悬浮液的电导率和加热速率也随之增大。

5·The temperatures of peak on the DSC curves increase with the increase of heating rate.

DSC曲线的峰值温度也随升温速率的增加而增加。

6·The SF is the most influenced by heating rate, JF is less influenced and WF is the least.

升温速度对不同显微组份富集物的影响程度不同，对SF影响最大，JF次之，WF最小。

7·The effects of heating rate on the hydrate dissociation were also investigated in this work.

对不同升温速度下二氧化碳水合物的分解过程进行了研究。

8·The relationship between thickness of MIM green parts and critical heating rate was studied.

研究了注射成形生坯厚度与缺陷产生的临界升温速度的关系。

9·The method can ba applied to the atmospheric circulation model to calculate the heating rate.

文中给出的参数化方法可直接应用于大气环流模式计算臭氧吸收太阳辐射的加热率。

10·When the heating rate increases, all pyrolysis characteristic temperatures of King grass rise.

随着温升速率的上升，王草各热解特征温度都有所升高。