钨铼热电偶广泛应用于高温测量。
Tungsten-Rhenium thermocouples are widely used in high temperature measuring.
探讨了钨铼热偶的防氧化技术、稳定性及使用寿命。
Antioxidation technique, stability and working life of the W-Re thermocouple were studied.
简述了钨铼热电偶及复合管型铠装热电偶的性能及特点。
The properties and the characteristics of the W re thermocouple and the complex tube type armoured thermocouple are described in the paper.
本文简述了钨铼热电偶及复合管型铠装热电偶的性能及特点。
The properties and the characteristics of the W re thermocouple and the complex tube type armoured thermocouple are described in the paper.
本文简述了钨铼热电偶及复合管型铠装热电偶的性能及特点。
The properties and characteristics of the W-Re thermocouple and the complex tube-type armoured thermocouple were described in the present paper.
本文论述用光学高温计分度钨铼热电偶的方法及其测量不确定度。
This paper covers the calibration method of tungsten-rhenium thermocouples using an optical pyromer as standtard instrument .
利用先进的双钨铼微热电偶技术，研究了GAP／AN 推进剂的燃烧波温度分布。
Combustion wave temperature distribution of GAP/AN propellant was studied by means of advanced double W Re microthermocouple technique.
研究表明铠装钨铼合金的阴极加热材料具有优良的电性能，是一种制造高可靠性电真空器件阴极加热器的理想材料。
It also covers the properties of this material. The result show it's a reliable materials for manufacturing the cathode heater.
本发明公开了一种多元素耐高温抗震磁控管阴极，由钨、钍、铼、钾组成。
The invention discloses a multi-element high-temperature resistant anti-shock magnetron cathode which comprises tungsten, thorium, rhenium and potassium.
本发明公开了一种多元素耐高温抗震磁控管阴极，由钨、钍、铼、钾组成。
The invention discloses a multi-element high-temperature resistant anti-shock magnetron cathode which comprises tungsten, thorium, rhenium and potassium.
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