利用前人的实验数据，进行了水合物分解的动力学分析，认为温度在零度以上时，水合物分解反应由界面化学反应过程控制。
Dynamics analysis was done by use of experimental data from the literature, which indicated that interface chemical reaction was the control of the process.
由于温度保持在稍低于绝对零度以上四度，电流就沿着低温水银不断地流动。
With the temperature kept a little below four degrees above absolute zero, the electric current is ever circling a frozen ring of mercury.
温度在绝对零度以上几度时，有些金属的电阻似乎消失了。
The electrical resistivity of some metals seems to vanish altogether at temperatures a few degrees above absolute zero.
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