次期天文観測衛星ミッションに向けた2段スターリング冷凍機の開発

佐藤洋一; 杉田寛之; 篠崎慶亮; 満田和久; Takao NAKAGAWA; 村上正秀; 恒松正二; 大塚清見; 金尾憲一; 楢崎勝弘

doi:10.1299/jsmessc.2009.12.63

次期天文観測衛星ミッションに向けた2段スターリング冷凍機の開発

Translated title of the contribution: Development of the Double-staged Stirling Cooler for Next Astronomy Satellite Missions

佐藤洋一, 杉田寛之, 篠崎慶亮, 満田和久, Takao NAKAGAWA, 村上正秀, 恒松正二, 大塚清見, 金尾憲一, 楢崎勝弘

Advanced Research Laboratories

Research output: Contribution to journal › Misc

Abstract

The 20K-class Double-staged Stirling cooler is a key cryogenic technology for cooling the optical detectors and telescopes of the highly-sophisticated astronomy satellite missions proposed by JAXA, for instance, the x-ray astronomy mission Astro-H(2013) and the cryogenic infrared telescope mission SPICA(2018). Therefore, it is required that the advanced double-staged Stirling cooler with improvement of mechanical reliability and cooling performance will be developed, based on the existing one onboard the first Japanese infrared astronomy mission Akari(2006) with cooling power of 200mW at 20K (90W power input). This paper describes about development status of the advanced double-staged Stirling cooler with cooling performance and long lifetime test.

Translated title of the contribution	Development of the Double-staged Stirling Cooler for Next Astronomy Satellite Missions
Original language	Japanese
Pages (from-to)	63 - 64
Journal	日本機械学会スターリングサイクルシンポジウム講演論文集
Volume	12th
Issue number	0
DOIs	https://doi.org/10.1299/jsmessc.2009.12.63
State	Published - 2009

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佐藤洋一, 杉田寛之, 篠崎慶亮, 満田和久, NAKAGAWA, T., 村上正秀, 恒松正二, 大塚清見, 金尾憲一, & 楢崎勝弘 (2009). 次期天文観測衛星ミッションに向けた2段スターリング冷凍機の開発. 日本機械学会スターリングサイクルシンポジウム講演論文集, 12th(0), 63 - 64. https://doi.org/10.1299/jsmessc.2009.12.63

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title = "次期天文観測衛星ミッションに向けた2段スターリング冷凍機の開発",

abstract = "The 20K-class Double-staged Stirling cooler is a key cryogenic technology for cooling the optical detectors and telescopes of the highly-sophisticated astronomy satellite missions proposed by JAXA, for instance, the x-ray astronomy mission Astro-H(2013) and the cryogenic infrared telescope mission SPICA(2018). Therefore, it is required that the advanced double-staged Stirling cooler with improvement of mechanical reliability and cooling performance will be developed, based on the existing one onboard the first Japanese infrared astronomy mission Akari(2006) with cooling power of 200mW at 20K (90W power input). This paper describes about development status of the advanced double-staged Stirling cooler with cooling performance and long lifetime test.",

author = "佐藤洋一 and 杉田寛之 and 篠崎慶亮 and 満田和久 and Takao NAKAGAWA and 村上正秀 and 恒松正二 and 大塚清見 and 金尾憲一 and 楢崎勝弘",

year = "2009",

doi = "10.1299/jsmessc.2009.12.63",

language = "Japanese",

volume = "12th",

pages = "63 -- 64",

journal = "日本機械学会スターリングサイクルシンポジウム講演論文集",

issn = "2424-2926",

publisher = "The Japan Society of Mechanical Engineers",

number = "0",

}

佐藤洋一, 杉田寛之, 篠崎慶亮, 満田和久, NAKAGAWA, T, 村上正秀, 恒松正二, 大塚清見, 金尾憲一 & 楢崎勝弘 2009, '次期天文観測衛星ミッションに向けた2段スターリング冷凍機の開発', 日本機械学会スターリングサイクルシンポジウム講演論文集, vol. 12th, no. 0, pp. 63 - 64. https://doi.org/10.1299/jsmessc.2009.12.63

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T1 - 次期天文観測衛星ミッションに向けた2段スターリング冷凍機の開発

AU - 佐藤洋一, null

AU - 杉田寛之, null

AU - 篠崎慶亮, null

AU - 満田和久, null

AU - NAKAGAWA, Takao

AU - 村上正秀, null

AU - 恒松正二, null

AU - 大塚清見, null

AU - 金尾憲一, null

AU - 楢崎勝弘, null

PY - 2009

Y1 - 2009

N2 - The 20K-class Double-staged Stirling cooler is a key cryogenic technology for cooling the optical detectors and telescopes of the highly-sophisticated astronomy satellite missions proposed by JAXA, for instance, the x-ray astronomy mission Astro-H(2013) and the cryogenic infrared telescope mission SPICA(2018). Therefore, it is required that the advanced double-staged Stirling cooler with improvement of mechanical reliability and cooling performance will be developed, based on the existing one onboard the first Japanese infrared astronomy mission Akari(2006) with cooling power of 200mW at 20K (90W power input). This paper describes about development status of the advanced double-staged Stirling cooler with cooling performance and long lifetime test.

AB - The 20K-class Double-staged Stirling cooler is a key cryogenic technology for cooling the optical detectors and telescopes of the highly-sophisticated astronomy satellite missions proposed by JAXA, for instance, the x-ray astronomy mission Astro-H(2013) and the cryogenic infrared telescope mission SPICA(2018). Therefore, it is required that the advanced double-staged Stirling cooler with improvement of mechanical reliability and cooling performance will be developed, based on the existing one onboard the first Japanese infrared astronomy mission Akari(2006) with cooling power of 200mW at 20K (90W power input). This paper describes about development status of the advanced double-staged Stirling cooler with cooling performance and long lifetime test.

U2 - 10.1299/jsmessc.2009.12.63

DO - 10.1299/jsmessc.2009.12.63

M3 - Misc

SN - 2424-2926

VL - 12th

SP - 63

EP - 64

JO - 日本機械学会スターリングサイクルシンポジウム講演論文集

JF - 日本機械学会スターリングサイクルシンポジウム講演論文集

IS - 0

ER -

次期天文観測衛星ミッションに向けた2段スターリング冷凍機の開発

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