CRYOSTAT FOR INFRARED RADIATION DETECTOR Russian patent published in 2013 - IPC H01L31/24 

Abstract RU 2488192 C2

FIELD: physics.

SUBSTANCE: cryostat relates to components of photosensitive devices which detect infrared radiation. The cryostat has a housing with a cooled platform in a working chamber and a unit for cryostatting the cooled platform. The cryostatting unit is floodable and is in form of a liquefied gas cylinder with a sorbent container, having a common wall with the cylinder. The common wall has a hole for feeding sorbent which can be plugged. There is a hole for accessing the sorbent container in the wall of the housing opposite the hole for feeding sorbent. An exhaust tube for pumping gas when evacuating the cryostat and subsequent nipping and pressing thereof is tightly connected to the hole in the wall of the housing on the side of the atmosphere.

EFFECT: eliminating restrictions on time at which the cryostat is in open state in the atmosphere when mounting a photodetector module; prolonging the time of maintaining a vacuum, where normal operation of the photodetector with the same portion of liquid nitrogen is provided; high ratio of the time for maintaining the operating vacuum in the cryostat during repeated use thereof without opening to the amount of liquid nitrogen of the same portion; high efficiency of the cryostat.

7 cl, 3 dwg

Similar patents RU2488192C2

Title Year Author Number
FILLER CRYOSTAT FOR INFRARED DETECTOR 2012
  • Stroganov Aleksandr Sergeevich
  • Kovchavtsev Anatolij Petrovich
  • Kuryshev Georgij Leonidovich
RU2492435C9
CRYOSTAT FOR INFRARED RADIATION RECEIVER 2009
  • Stroganov Aleksandr Sergeevich
  • Kovchavtsev Anatolij Petrovich
  • Kuryshev Georgij Leonidovich
RU2406946C1
CRYOSYSTEM OF AN AVIATION INTEGRATED ELECTRIC POWER PLANT BASED ON HTS 2021
  • Kalitka Vladislav Sergeevich
  • Samojlenkov Sergej Vladimirovich
  • Kamenev Anton Aleksandrovich
  • Shchukin Aleksandr Evgenevich
  • Starodubov Anton Igorevich
  • Anenkov Andrej Aleksandrovich
  • Degtyarenko Pavel Nikolaevich
  • Zagrebelnyj Dmitrij Viktorovich
  • Kotelnikov Sergej Aleksandrovich
  • Rashchenko Vladimir Yurevich
RU2767668C1
METHOD AND DEVICE FOR REMOVING HELIUM AND HYDROGEN ISOTOPES FROM VACUUM SPACE OF FUSION POWER PLANT 1998
  • Bragin A.V.
  • Volosov V.I.
  • Popov Ju.S.
RU2149466C1
CRYOSTAT 2011
  • Velikanov Dmitrij Anatol'Evich
RU2491470C1
METHOD OF INDUCTIVE ACCUMULATOR SUPERCONDUCTING WINDING CRYOSTATTING AND SUPPLY AND DEVICE FOR ITS IMPLEMENTATION 2015
  • Karpov Sergej Viktorovich
  • Bragin Aleksej Vladimirovich
  • Popov Yurij Stepanovich
  • Ruban Aleksandr Anatolevich
RU2601218C1
DEVICE FOR PRODUCING NANOPARTICLES FROM GASES AND VAPORS OF LIQUIDS AT ULTRA-LOW TEMPERATURES 2020
  • Efimov Viktor Borisovich
  • Mezhov-Deglin Leonid Pavlovich
  • Lokhov Aleksandr Vasilevich
RU2756051C1
SUPERCONDUCTING SOLENOID WITH CORRUGATED MAGNETIC FIELD FOR PLASMA RETENTION 2013
  • Jarovoj Vadim Aleksandrovich
  • Sinitskij Stanislav Leonidovich
  • Ivantsivskij Maksim Vladimirovich
  • Shoshin Andrej Alekseevich
  • Burdakov Aleksandr Vladimirovich
  • Bragin Aleksej Vladimirovich
RU2557090C2
SELF-CONTAINED SMALL-SIZED STATION FOR RECOVERY OF XENON FROM WASTE GAS- NARCOTIC MIXTURES 2000
  • Vovk S.M.
  • Efimov V.V.
  • Surnin A.G.
  • Smetannikov V.P.
  • Romadova E.L.
  • Tsintsevich A.L.
RU2181604C1
CRYOSTAT 2000
  • Klimov A.Eh.
  • Shumskij V.N.
  • Suprun S.P.
RU2198356C2

RU 2 488 192 C2

Authors

Stroganov Aleksandr Sergeevich

Kovchavtsev Anatolij Petrovich

Kuryshev Georgij Leonidovich

Dates

2013-07-20Published

2011-11-10Filed