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1·There is our phase transition temperature.

这就是转变温度了。

2·At the phase transition temperature for the two phases, those things have to be equal.

对于两个相的相变温度，这些东西应该相等。

3·The contents are kept in a non-frozen state below a phase transition temperature.

所述内容物被保存在低于相变温度的非冷冻状态下。

4·And what we are supposed to get out of this is, what's the phase transition temperature?

从这个可以得到什么？，转变温度是多少？

5·The phase transition temperature of VO2 powder is decreased remarkably by multi-doping of Molybdenum-Fluorine.

钼—氟复合掺杂对纳米粉体的相变温度有明显的降低。

6·The effects of finite sizes on the nematic-isotropic phase transition temperature are also different for two models.

两个模型给出有限尺寸效应对向列相-各向同性相相变温度的影响也不同。

7·At the phase transition temperature region, the pyroelectric response changes its polarity with time, indicating the two phases coexistence.

在相变温度范围，发现热释电响应随时间改变极性，表明晶体中两相共存。

8·Meanwhile, the phase transition temperature, micro-hardness and elastic modulus were analyzed by DSC, nano-indenter and the other instruments.

同时，采用DSC和纳米压痕仪等仪器，测试薄膜的相变温度、显微硬度和弹性模量。

9·With decreasing grain sizes, its crystal structure, ferroelectricity and phase transition temperature all indicated the character of size effect.

随着晶粒尺寸的减小，它的晶体结构、铁电性和相变温度等都表现出尺寸效应。

10·From the phase transition temperature and latent heat point of view, low-temperature solid-liquid PCM have a better prospect for industrialization.

从相变温度和相变潜热角度考虑，工业化前景较好的低温pcm均为固-液pcm。