Plug-In Cryogenic System for Cartridge-Type SIS Receivers

Yokogawa Sozo; Sekimoto Yutaro; Sugimoto Masahiro; Okuda Takeshi; Sekiguchi Tomohiko; Kamba Toshiaki; Tatematsu Kena€?ichi; Nishino Tetsuo; Ogawa Hideo; Kimura Kimihiro; Noda Kazufusa; Narasaki Katsuhiro

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Plug-In Cryogenic System for Cartridge-Type SIS Receivers

机译：盒式SIS接收器的插入式低温系统

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Wedevelopedacryogenicsystem,whichhouses3cartridge-typesuperconductor-insulator-superconductorreceiversformillimeterandsubmillimeterwavelengths.SinceitwasdesignedasaprototypereceiveroftheAtacamaLargeMillimeter/submillimeterArray(ALMA),highstability,accuratealignment,andeasyhandlingwererequired.Tomeettheserequirements,thecryogenicsystemincludedthefollowingtechnologies:1)athermallinkwithoutscrewsforreceivercartridges;2)acentralsupportstructuretoreducevacuumandgravitationaldeformation;3)bellowsstructurestoreducemechanicalvibrationofthecryocooler;and4)a3-stageGiffordMcMahon(GM)cryocoolerwithanHepot(temperaturestabilizer)toreducethethermalripple.Thecryostatandreceivercartridgesarecomposedofthreestages.Thetemperaturesonthe4a€‰K,12a€‰K,and100a€‰Kstagesofthecartridgeare3.5a€‰K,13.4a€‰K,and78.3a€‰K,respectively.Thethermalconductancesofthethermallinksshowedhighperformancesof$$1.7,mathrm{W},mathrm{K}^{-1}$$atthe4a€‰Kstage,$$5.6,mathrm{W},mathrm{K}^{-1}$$atthe12a€‰Kstage,and$$3.3,mathrm{W},mathrm{K}^{-1}$$atthe100a€‰Kstage.Themechanicalvibrationonthe4a€‰Kstageofthecartridgewasreducedtoone-tenth,assmallas$$approx2,{mumathrm{m}}$$peak-to-peak,comparedtothatonthe4a€‰Kcoldheadofthecryocooler,$$approx20,{mumathrm{m}}$$peak-to-peak.Thetemperaturerippleonthecartridgewasreducedtoassmallas2a€‰mKpeak-to-peak,whichcorrespondstoone-seventhoftherippleonthe4a€‰KcoldheadwithanHepot.

机译：Wedevelopedacryogenicsystem，whichhouses3cartridge-typesuperconductor - 绝缘体 - superconductorreceiversformillimeterandsubmillimeterwavelengths.SinceitwasdesignedasaprototypereceiveroftheAtacamaLargeMillimeter / submillimeterArray（ALMA），highstability，accuratealignment，andeasyhandlingwererequired.Tomeettheserequirements，thecryogenicsystemincludedthefollowingtechnologies：1）athermallinkwithoutscrewsforreceivercartridges; 2）acentralsupportstructuretoreducevacuumandgravitationaldeformation; 3）bellowsstructurestoreducemechanicalvibrationofthecryocooler; AND4）A3-stageGiffordMcMahon（GM）cryocoolerwithanHepot（temperaturestabilizer低温恒温器和接收器墨盒由三个阶段组成。4aK，12a€K和100a€K阶段的软墨盒的温度分别为3.5a K，13.4a€K和78.3a€K。热导率，热电导率，$ 1.7表示{K} ^ {-1} $$，在第k个阶段，$ 5.6，mathrm {W}，mathrm {K} ^ {-1} $$在第十二个阶段，$ 3.3，mathrm {W}，mathrm { ķ } ^ {-1} $在K台上的100美元。弹药筒在其4K台上的机械振动减小了十分之一，大约只有$ 2美元，{mumathrm {m}} $$ peak-to-peak，与之相比，在其上的4 cc Koldhead of thecryocooler， {m}} $$ peak-to-peak。将墨盒的温度波动减小到m2峰-峰，这对应于四通konehead和Hepot的音调。

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《PASJ: Publications of the Astronomical Society of Japan》 |2003年第2期|共页
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Yokogawa Sozo; Sekimoto Yutaro; Sugimoto Masahiro; Okuda Takeshi; Sekiguchi Tomohiko; Kamba Toshiaki; Tatematsu Kena€?ichi; Nishino Tetsuo; Ogawa Hideo; Kimura Kimihiro; Noda Kazufusa; Narasaki Katsuhiro;
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Plug-In Cryogenic System for Cartridge-Type SIS Receivers

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