Anistropic Ambipolar Transverse Thermoelectrics and Methods for Manufacturing the Same

Matthew Grayson (Inventor)

Research output: Patent

Abstract

Transverse Thermoelectrics NU 2011-097 Inventors Chuanle Zhou, Matthew Grayson Abstract Transverse thermoelectrics are materials that exhibit thermoelectric heat flow transverse to the direction of an applied electrical current. This renders these materials extremely useful for cooling applications. A strategy was developed to engineer band anisotropic transverse thermoelectrics whereby the anisotropic electron and hole mass tensors result in orthogonal electron and hole currents, and a large transverse ambipolar Seebeck coefficient. The intrinsic cooling mechanism can function at cryogenic temperatures, thus promising to fill a gap in thermoelectric cooling capabilities that currently exists below 150 K. Applications o Cooling Advantages o Performance at cryogenic temperature o High efficiency cooling o No need for high magnetic field Publications Utility Patent filed 13/735,373 Marketing Contact Arjan Quist Invention Associate (p) 847-467-0305 (e) arjan.quist@northwestern.edu
Original languageEnglish
Patent number8829324
StatePublished - Jul 11 2013

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manufacturing
thermoelectric cooling
cooling
thermoelectric materials
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electron mass
cryogenic temperature
Seebeck effect
heat transmission
engineers
cryogenics
tensors
electrons

Cite this

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title = "Anistropic Ambipolar Transverse Thermoelectrics and Methods for Manufacturing the Same",
abstract = "Transverse Thermoelectrics NU 2011-097 Inventors Chuanle Zhou, Matthew Grayson Abstract Transverse thermoelectrics are materials that exhibit thermoelectric heat flow transverse to the direction of an applied electrical current. This renders these materials extremely useful for cooling applications. A strategy was developed to engineer band anisotropic transverse thermoelectrics whereby the anisotropic electron and hole mass tensors result in orthogonal electron and hole currents, and a large transverse ambipolar Seebeck coefficient. The intrinsic cooling mechanism can function at cryogenic temperatures, thus promising to fill a gap in thermoelectric cooling capabilities that currently exists below 150 K. Applications o Cooling Advantages o Performance at cryogenic temperature o High efficiency cooling o No need for high magnetic field Publications Utility Patent filed 13/735,373 Marketing Contact Arjan Quist Invention Associate (p) 847-467-0305 (e) arjan.quist@northwestern.edu",
author = "Matthew Grayson",
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N2 - Transverse Thermoelectrics NU 2011-097 Inventors Chuanle Zhou, Matthew Grayson Abstract Transverse thermoelectrics are materials that exhibit thermoelectric heat flow transverse to the direction of an applied electrical current. This renders these materials extremely useful for cooling applications. A strategy was developed to engineer band anisotropic transverse thermoelectrics whereby the anisotropic electron and hole mass tensors result in orthogonal electron and hole currents, and a large transverse ambipolar Seebeck coefficient. The intrinsic cooling mechanism can function at cryogenic temperatures, thus promising to fill a gap in thermoelectric cooling capabilities that currently exists below 150 K. Applications o Cooling Advantages o Performance at cryogenic temperature o High efficiency cooling o No need for high magnetic field Publications Utility Patent filed 13/735,373 Marketing Contact Arjan Quist Invention Associate (p) 847-467-0305 (e) arjan.quist@northwestern.edu

AB - Transverse Thermoelectrics NU 2011-097 Inventors Chuanle Zhou, Matthew Grayson Abstract Transverse thermoelectrics are materials that exhibit thermoelectric heat flow transverse to the direction of an applied electrical current. This renders these materials extremely useful for cooling applications. A strategy was developed to engineer band anisotropic transverse thermoelectrics whereby the anisotropic electron and hole mass tensors result in orthogonal electron and hole currents, and a large transverse ambipolar Seebeck coefficient. The intrinsic cooling mechanism can function at cryogenic temperatures, thus promising to fill a gap in thermoelectric cooling capabilities that currently exists below 150 K. Applications o Cooling Advantages o Performance at cryogenic temperature o High efficiency cooling o No need for high magnetic field Publications Utility Patent filed 13/735,373 Marketing Contact Arjan Quist Invention Associate (p) 847-467-0305 (e) arjan.quist@northwestern.edu

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