Heat conductivity of the laminated compound material components on aluminum base manufactured by diffusion welding

Barabanova O. A.; Pritula V. V.

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Heat conductivity of the laminated compound material components on aluminum base manufactured by diffusion welding

机译：通过扩散焊接在铝基上层压的复合材料组件的导热性

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Relationships which allow to calculate heat conductivity of the multi-component oxide system (MOS) components and after that physical models for heat conductivity calculation of multicomponent MOS composition are studied.

机译：研究允许计算多组分氧化物体系（MOS）组分的热导率的关系，然后研究用于计算多组分MOS组分的热导率的物理模型。

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《Сварочное　производство》 |1999年第3期|共5页
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Barabanova O. A.; Pritula V. V.;
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1. Heat conductivity of the laminated compound material components on aluminum base manufactured by diffusion welding [J] . Barabanova O. A., Pritula V. V. Сварочное　производство . 1999,第3期

机译：通过扩散焊接在铝基上层压的复合材料组件的导热性
2. Heat conductivity of components of a laminated composite material based on aluminium and produced by diffusion bonding [J] . O.A. Barabanova, V.V. Pritula Welding International . 1999,第10期

机译：铝基层压复合材料成分的导热系数
3. Metallurgical properties of diffusion joint for the laminated compound material aluminum--multi-component oxide system [J] . Barabanova O. A. Сварочное　производство . 1999,第9期

机译：叠层复合材料铝-多组分氧化物体系扩散接头的冶金性能
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Heat conductivity of the laminated compound material components on aluminum base manufactured by diffusion welding

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