The temperature characteristics of

The temperature characteristics of heating with an electric power source were stable. The heating temperature reached approximately 1300 °C with an electric power of approximately 300 W. In addition, the heating temperature could be controlled well by adjusting the electric power. The pressure increased owing to gas generated from the heaters and then decreased with increasing heating temperature. However, the pressure began to increase again at approximately 1000 °C. The reason for the increase in temperature is mainly the gas generated from the vacuum chamber. This is confirmed by the dominance of the increase in temperature of the vacuum chamber owing to radiant heat at high temperature and by a comparison of the pressure change during the heating and cooling processes.

結果 (中文) 1:

与电源加热的温度特性稳定。加热温度达到约1300°C约300 W的另外一个电力，加热温度可通过调整电力控制。压力的增加由于气体从加热器和随加热温度下降产生的。然而，压力也开始在约1000°C.温度的升高原因再次增加主要是天然气从真空室产生。这也证实了占主导地位的温度的增加，由于辐射热真空室在高的温度和压力变化的比较，在加热和冷却过程。

結果 (中文) 2:

与电力源加热的温度特征是稳定。加热温度达到大约 1300 ° C 与电力的大约 300 w。此外，加热温度可以控制好调整的电力。由于气体产生的加热器，然后随着加热温度的增加减少增加压力。然而，压力开始再次增加在大约 1000 ° c。在温度增加的原因是主要从真空室生成的气体。这是在加热和冷却过程中证实由因高温、 高辐射热真空室温度的升高的主导地位和压力变化的比较。