Role of Barium Tungsten Electrodes

barium tungsten electrode image

barium tungsten electrode image

Barium tungsten electrodes are a tungsten electrode material improved through the addition of barium elements. Their core value lies in significantly enhancing electron emission performance, leading to widespread applications across multiple critical domains. Below is a detailed analysis of their functions:

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Chemical Properties of Barium Tungsten Electrode

barium tungsten electrode image

barium tungsten electrode image

Barium tungsten electrode is a functional material that combines the electron emission characteristics of barium with the high-temperature stability of tungsten. Its chemical properties can be analyzed from the following aspects:

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Production Steps of Barium Tungsten Electrode

barium tungsten electrode image

barium tungsten electrode image

Barium tungsten electrode (BaO-W electrode) is a key electrode material used in gas discharge lamps (such as high-pressure sodium lamps and metal halide lamps). Its production steps are as follows:

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Physical Properties of Barium Tungsten Electrode

barium tungsten electrode image

barium tungsten electrode image

Barium tungsten electrode is a special electrode material widely used in electronic tubes, gas discharge lamps and other equipment. Its physical properties are the key to its performance and application. The following are the main physical properties of barium tungsten electrode:

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Manufacturing Process of Barium Tungsten Electrode

barium tungsten electrode image

barium tungsten electrode image

Barium tungsten electrode is a material widely used in electron tube cathodes, and is valued for its good emission performance and stability. The manufacturing process of barium tungsten electrode is mainly based on the impregnation method, which can effectively avoid the problems of barium volatilization and uneven distribution that may be caused by direct mixed sintering. It is a relatively mature and commonly used process.

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