THERMOCOUPLE, BATTERY OF THERMOCOUPLES AND PROCESS OF THEIR MANUFACTURE Russian patent published in 1994 - IPC

Abstract RU 2010396 C1

FIELD: thermoelectric energy conversion. SUBSTANCE: thermocouple has film or laminated semiconductor branches with n and p types of conductance and is provided with internal conductive layer with formation of bipolar system. Semiconductor branches are deposited on face surfaces of conductive layer. At boundaries of separation "metal-semiconductor" quasi-two-dimensional structures of electric charges are formed. Battery of thermocouples has at least two thermocouple elements, semiconductor branch of n type of conductance of one of them is integrated with semiconductor branch of p type of conductance of the other one through common current conductive layer. Thermocouple elements can be connected in parallel or in combination in the form of links connected in series or in parallel. In process of manufacture of thermocouples and batteries semiconductor branches of n and p types of conductance are deposited on face side of current-carrying layer. Semiconductor branches can be sputtered, electrically deposited or ion-implanted. Connection of thermocouples may be performed under pressure with testing of electrical parameters. EFFECT: facilitated manufacture, improved operational characteristics. 26 cl, 5 dwg

Similar patents RU2010396C1

Title Year Author Number
CELL OF CHARGE-COUPLED DEVICE 1981
  • Zolotarev V.I.
  • Luk'Janchenko A.I.
  • Fetisov E.A.
  • Khafizov R.Z.
SU963421A1
THERMOELECTRIC ENERGY CONVERTER 2015
  • Shirjagina Olga Anatolevna
  • Belozub Elena Jurevna
  • Paljulin Vladimir Vladimirovich
  • Muzychenko Dmitrij Anatolevich
  • Kolobov Andrej Vladimirovich
RU2604180C1
THERMAL BATTERY MANUFACTURING METHOD 2018
  • Akimov Igor Ivanovich
  • Ivanov Aleksej Aleksandrovich
  • Kaplar Evgenij Petrovich
  • Muravev Vladimir Viktorovich
  • Prilepo Yurij Petrovich
  • Ustinov Vasilij Sergeevich
RU2694797C1
THERMOELECTRIC ELEMENT 2022
  • Shtern Maksim Yurevich
  • Shtern Yurij Isaakovich
  • Sherchenkov Aleksej Anatolevich
  • Rogachev Maksim Sergeevich
  • Pepelyaev Dmitrij Valerevich
RU2800055C1
THERMOCOUPLE AND ITS MANUFACTURING PROCESS 1991
  • Shalaev N.V.
  • Kopaev V.G.
  • Sablin A.M.
RU2030815C1
DIRECT AND REVERSE REVERSIBLE THERMOELECTRIC CYCLE OPERATION METHOD AND DEVICE FOR ITS IMPLEMENTATION (OPTIONS) 2016
  • Popovich Vladimir Andrianovich
RU2654376C2
THERMOELECTRIC ELEMENT 2006
  • Abduev Aslan Khadzhimuratovich
  • Abduev Marat Khadzhi-Muratovich
  • Djatlov Vladimir Mikhajlovich
  • Djatlov Mikhail Vladimirovich
RU2310950C1
THERMOELECTRIC MODULE 2014
  • Saneev Sergej Venediktovich
  • Bashkov Valerij Mikhajlovich
  • Osipkov Aleksej Sergeevich
  • Dodonov Aleksandr Igorevich
  • Mironova Anna Olegovna
RU2570429C1
THERMOELECTRIC ELEMENT 2016
  • Eidel'Man Evgeny Davidovich
  • Shakhov Fedor Mikhailovich
  • Vul' Aleksandr Yakovlevich
RU2628676C1
LONG-MEASURING SEMICONDUCTOR PIECE FOR THERMOELECTRIC DEVICES 1999
  • Belov Ju.M.
  • Volkov M.P.
  • Manjakin S.M.
RU2181516C2

RU 2 010 396 C1

Authors

Lidorenko Nikolaj Stepanovich

Dates

1994-03-30Published

1993-04-12Filed