Density, electrical resistivity and thermal conductivity of cathode carbon blocks made by electrical baking at high pressure

Feng Naixiang; H. Kvande; H. A. Oye

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Density, electrical resistivity and thermal conductivity of cathode carbon blocks made by electrical baking at high pressure

机译：高压电烘烤制得的阴极碳块的密度，电阻率和热导率

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Samples of cathode carbon blocks were made by electrical baking at high pressure (～300 kg/cm~2) and showed high density, low electrical resistivity and high thermal conductivity, compared to samples made conventionally by pressing or vibration. The results are discussed by mathematical models developed in the present work. The increase in electrical and thermal conductivities may be caused by reduction of the binder pitch content and by increase in the density of the binder coke in the pitch coke bonded carbon product.

机译：阴极碳块的样品是通过在高压（〜300 kg / cm〜2）下进行电烘烤而制成的，与传统的压制或振动样品相比，它具有高密度，低电阻率和高导热率的特点。通过本工作中开发的数学模型讨论了结果。导电率和导热率的提高可能是由于粘合剂沥青含量的降低和沥青焦结合碳产品中粘合剂焦炭密度的增加所致。

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《Aluminium》 |1996年第11期|p.827-831|共5页
作者
Feng Naixiang; H. Kvande; H. A. Oye;
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Density, electrical resistivity and thermal conductivity of cathode carbon blocks made by electrical baking at high pressure

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