THERMOELECTRIC DEVICE WITH THIN-FILM SOLID-STATE BRANCHES AND INCREASED HEAT REMOVAL SURFACE Russian patent published in 2016 - IPC H01L35/32 

Abstract RU 2575618 C2

FIELD: heating.

SUBSTANCE: p-junction semiconductor branches are located in one plane while all n-type branches are arranged in the other parallel plane. The branches of p-n type are composed by thin films to down the Joule heat release and feature the different depth. Material for metallic junctions is set different for input and output currents between the junctions and semiconductor branches with due allowance for contact phenomena between the metal and semiconductor. Besides, the heat exchange surfaces inside the thermoelectric device are used.

EFFECT: higher efficiency thanks to decrease in conductive parasitic losses between hot and cold junctions.

1 dwg

Similar patents RU2575618C2

Title Year Author Number
THERMOELECTRIC GENERATOR WITH HIGH GRADIENT OF TEMPERATURES BETWEEN SOLDERED JOINTS 2014
  • Ismailov Tagir Abdurashidovich
  • Gadzhiev Khadzhimurat Magomedovich
  • Chelushkin Dmitrij Alekseevich
  • Chelushkina Tat'Jana Alekseevna
RU2575614C2
THERMOELECTRIC HEAT PUMP WITH NANOFILM SEMICONDUCTOR BRANCHES 2013
  • Ismailov Tagir Abdurashidovich
  • Gadzhiev Khadzhimurat Magomedovich
  • Chelushkin Dmitrij Alekseevich
  • Chelushkina Tatyana Alekseevna
RU2595911C2
THIN-FILM THERMOELECTRIC DEVICE WITH BALANCED ELECTROPHYSICAL PARAMETERS OF p- AND n-SEMICONDUCTOR BRANCHES 2014
  • Ismailov Tagir Abdurashidovich
  • Gadzhiev Khadzhimurat Magomedovich
  • Nezhvedilov Timur Dekartovich
  • Chelushkina Tatyana Alekseevna
RU2587435C2
COOLING DEVICE BASED ON NANOFILM THERMAL MODULES 2014
  • Ismailov Tagir Abdurashidovich
  • Gadzhiev Khadzhimurat Magomedovich
  • Nezhvedilov Timur Dekartovich
  • Chelushkina Tat'Jana Alekseevna
RU2565523C2
CASCADE LIGHT-EMITTING THERMOELECTRIC UNIT 2012
  • Ismailov Tagir Abdurashidovich
  • Gadzhiev Khadzhimurat Magomedovich
  • Gadzhieva Soltanat Magomedovna
  • Nezhvedilov Timur Dekartovich
  • Chelushkina Tat'Jana Alekseevna
RU2507613C2
THERMOELECTRIC DEVICE WITH HIGH TEMPERATURE GRADIENT 2007
  • Ismailov Tagir Abdurashidovich
  • Gadzhiev Khadzhimurat Magomedovich
  • Gadzhieva Soltanat Magomedovna
RU2335825C1
METHOD OF REMOVING HEAT FROM RADIATIVE HEAT-EMITTING ELECTRONIC COMPONENTS 2009
  • Ismailov Tagir Abdurashidovich
  • Gadzhiev Khadzhimurat Magomedovich
  • Gadzhieva Soltanat Magomedovna
  • Nezhvedilov Timur Dekartovich
  • Chelushkina Tat'Jana Alekseevna
RU2405230C1
METHOD OF HEAT REMOVAL FROM HEAT-EMITTING ELECTRONIC COMPONENTS IN FORM OF ELECTROMAGNETIC ENERGY BASED ON TUNNEL DIODES 2014
  • Ismailov Tagir Abdurashidovich
  • Gadzhiev Khadzhimurat Magomedovich
  • Nezhvedilov Timur Dekartovich
  • Chelushkina Tat'Jana Alekseevna
RU2562746C2
METHOD FOR HEAT REMOVAL FROM HEAT-GENERATING ELECTRONIC COMPONENTS IN FORM OF ELECTROMAGNETIC ENERGY BASED ON GUNN-EFFECT DIODES 2014
  • Ismailov Tagir Abdurashidovich
  • Gadzhiev Khadzhimurat Magomedovich
  • Nezhvedilov Timur Dekartovich
  • Chelushkina Tat'Jana Alekseevna
RU2558217C1
COMBINED PRODUCTION OF HEAT AND ELECTRIC ENERGY FOR RESIDENTIAL AND INDUSTRIAL BUILDINGS WITH APPLICATION OF SOLAR ENERGY 2009
  • Khu Khaoran
RU2513649C2

RU 2 575 618 C2

Authors

Ismailov Tagir Abdurashidovich

Gadzhiev Khadzhimurat Magomedovich

Chelushkina Tat'Jana Alekseevna

Chelushkin Dmitrij Alekseevich

Dates

2016-02-20Published

2013-10-22Filed