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GELATO aims at designing highly efficient thermionic cooling nano-devices. It is motivated by the urgent technological need to control Joule heating in nanoelectronics in a context of energy shortage
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  • Tasks
    • Project context and coordination
    • Temperature analysis in double barrier heterostructure
    • Conception of disruptive nanocoolers
    • Dissemination
  • News
  • Partners
    • IM2NP
    • LIMMS
    • LPENS
    • IPVF
  • Publications
Search:
  • Tasks
    • Project context and coordination
    • Temperature analysis in double barrier heterostructure
    • Conception of disruptive nanocoolers
    • Dissemination
  • News
  • Partners
    • IM2NP
    • LIMMS
    • LPENS
    • IPVF
  • Publications

Task 3

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Fig.1: a) LDOS (arb. unit) of the quantum cascade cooler (QCC) calculated by NEGF. Horizontal and vertical arrows show the resonant tunneling and thermionic effects respectively. The green solid line represents the potential energy profile;

Task 3By Virginie10 January 2022
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Fig.1: b) Current spectrum calculated by NEGF quantum approach showing the flux of electron across the sequentially adjusted quantum wells.

Task 3By Virginie10 January 2022
gelato-nanocoolers
Conception Virginie Favre - Gelato 2022 - All rights reserved - Legal notice
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