us3654377a

US3654377A - Electrical leads for cryogenic devices

US3654377A US3654377DA US3654377A US 3654377 A US3654377 A US 3654377A US 3654377D A US3654377D A US 3654377DA US 3654377 A US3654377 A US 3654377A Authority US United States Prior art keywords plates lead combination adjacent separators Prior art date 1969-12-15 Legal status (The legal status is an assumption and is not a legal conclusion.

US3654377A - Electrical leads for cryogenic devices

US3654377A US3654377DA US3654377A US 3654377 A US3654377 A US 3654377A US 3654377D A US3654377D A US 3654377DA US 3654377 A US3654377 A US 3654377A Authority US United States Prior art keywords plates lead combination adjacent separators Prior art date 1969-12-15 Legal status (The legal status is an assumption and is not a legal conclusion. US4479367A - Thermal filter - Google PatentsThe rate of temperature change of an infrared detector produced by a cooling source in a typical Joule-Thomson cryostat (or other cooling device such as closed cycle cooler) is reduced by interposing a thermal filter between the detector and cooling source. The thermal filter comprises at least two layers of a first material having a good heat conductivity and high heat capacity, such as

US4479367A - Thermal filter - Google Patents

The rate of temperature change of an infrared detector produced by a cooling source in a typical Joule-Thomson cryostat (or other cooling device such as closed cycle cooler) is reduced by interposing a thermal filter between the detector and cooling source. The thermal filter comprises at least two layers of a first material having a good heat conductivity and high heat capacity, such as US4479367A - Thermal filter - Google PatentsThe rate of temperature change of an infrared detector produced by a cooling source in a typical Joule-Thomson cryostat (or other cooling device such as closed cycle cooler) is reduced by interposing a thermal filter between the detector and cooling source. The thermal filter comprises at least two layers of a first material having a good heat conductivity and high heat capacity, such as

US3654377A - Electrical leads for cryogenic devices

US3654377A US3654377DA US3654377A US 3654377 A US3654377 A US 3654377A US 3654377D A US3654377D A US 3654377DA US 3654377 A US3654377 A US 3654377A Authority US United States Prior art keywords plates lead combination adjacent separators Prior art date 1969-12-15 Legal status (The legal status is an assumption and is not a legal conclusion.

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