Effects on cathode operating temperature resulting from sourcing and processing of Tungsten 3 Rhenium Heater wire

机译：钨3％铼加热器线采购和加工产生的阴极工作温度的影响

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Impact on heater coil design due to variation in Tungsten 3wt% Rhenium (W3Re) resistivity between wire suppliers and the resulting influence on hot resistance (R{sub}h).

机译：由于钨3wt％铼（W3RE）电阻率和导致对抗热阻影响的钨3wt％铼（W3Re）电阻率的变化而产生的影响（R {sub} h）的影响因素。

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来源
《IEEE International Vacuum Electronics Conference》|2007年||共2页
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作者
J. Wellington; A. Carr; Joseph E. Celia; Scott Roberts;
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原文格式 PDF
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中图分类 TN101-53;
关键词
Tungsten rhenium wire; Hot resistance; Resistivity; Cathode temperature;

机译：钨铼丝;热阻;电阻率;阴极温度;

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2. Use of Powders of the Tungsten-Rhenium Alloys for the Preparation of Impregnated Cathode Skeletons. I. Densification and Formation of Porous Structure in Sintering of Powders of Tungsten-Rhenium Alloys [J] . O.I.Getman, V.V.Panichkina Powder Metallurgy and Metal Ceramics . 1998,第11a12期

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4. Effects on cathode operating temperature resulting from sourcing and processing of Tungsten 3 Rhenium Heater wire [C] . Wellington, J., Carr, Vacuum Electronics Conference, 2007 IEEE International . 2007

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Effects on cathode operating temperature resulting from sourcing and processing of Tungsten 3 Rhenium Heater wire

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