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2016•TEION KOGAKU (Journal of Cryogenics and Superconductivity Society of Japan)Open access

Techniques of Multiple-layer Insulation Ⅲ

Y. Kamioka

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Abstract

Multiple-layer Insulation (MLI) is essential for cryogenics. Without MLI, it is impossible to attain cryogenic temperatures. MLI is one of vacuum thermal insulations that requires a high vacuum to obtain enough performance. MLI working process is important to get high thermal insulation performance of a cryogenic system/device. In order to attain and maintain a good vacuum for MLI, a baking process is required to reduce the Out gas. Reduction of the Out gas is extremely important for maintaining a good insulation vacuum.

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Multiple-layer Insulation (MLI) is essential for cryogenics. Without MLI, it is impossible to attain cryogenic temperatures. MLI is one of vacuum thermal insulations that requires a high vacuum to obtain enough performance. MLI working process is important to get high thermal insulation performance of a cryogenic system/device. In order to attain and maintain a good vacuum for MLI, a baking process is required to reduce the Out gas. Reduction of the Out gas is extremely important for maintaining a good insulation vacuum.

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Available abstract

Multiple-layer Insulation (MLI) is essential for cryogenics. Without MLI, it is impossible to attain cryogenic temperatures. MLI is one of vacuum thermal insulations that requires a high vacuum to obtain enough performance. MLI working process is important to get high thermal insulation performance of a cryogenic system/device. In order to attain and maintain a good vacuum for MLI, a baking process is required to reduce the Out gas. Reduction of the Out gas is extremely important for maintaining a good insulation vacuum.

Key concepts: Vacuum insulated panel, Thermal insulation, Cryogenics, Materials science, Layer (electronics), Nuclear engineering, Process (computing), Ultra-high vacuum

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