thermocouple-type gauge

The structure and working principles of the thermocouple gauge head were briefly described.

简单地论述了热偶规管的构造及工作原理。

Realizing this method will not only improve the heat stability of the native thermocouple gauge tubes but also can use the same vacuum gauges as usual without any change.

采用本方法不仅能提高国产热偶规管的热稳定性，而且还不需要对原来所配的真空计作任何改动，故极易推广普及。

The native thermocouple gauge tubes are in the most common used transducers for the gross and low vacuum measure and control in our country.

由该方法制造的带自补偿热偶真空规管已申请中国专利国产热偶规管是我国目前应用最普遍的粗低真空测控传感器。

In this paper the improving method for the native thermocouple gauge tubes is given to reduce the thermal inertia of the cold junction to the same degree as the hot junction.

本文提出的改进方法能将国产规管冷端的热惯性降低到与热端接点相当的程度。

The possibility improving the stability of calibration curve of thermocouple vacuum gauge with the base metal as a hot wire

提高贱金属热丝热偶真空规校准曲线稳定性的可能性