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Keyword [thermoelectric properties]
Result: 1 - 20 | Page: 1 of 4
1. The Study Of The Thermoelectric Properties On The Electron Doped Superconductor Nd2-xCexCuO4 And The Organic Molecular Salt (TMTSF)2ClO4
2. Study Of The Spin Entropy And Thermoelectric Properties In Cobalt-based Oxides
3. The Electronic Structure And Thermoelectric Properties Of Doped In2O3and Two Zintl-phase Compounds
4. Studies On Thermoelectric Properties Of MnSi1.73 Film
5. First Principles Study Of Bi2Te3 Structural Distortion Under Pressure And Improvement On Thermoelectric Properties
6. Impurities-contributed Abnormal Thermoelectric Effect In A Parallel Double Quantum Dot Structure
7. Study On Preparation And Megto-thermoelectric Properties Of Zno Thin Films
8. Study On Preparation And Propertires Of CoSb3 Based Thermoelectric Thin Film
9. Electronic Structures And Thermoelectric Properties Of SrLiAs, MTl9Te6（M = Bi, Sb） And Ba2ZnAs2: The First-principles Study
10. Nc-si: (al <sub> 2 </ Sub> O <sub> 3 </ Sub> + Of Sio <sub> 2 </ Sub>) Composite Films And Sns Films And Their Features
11. Nano Pbte Under High Pressure Thermoelectric Properties
12. Study On The Thermoelectric Properties Of Ca3Co4O9 Doping With Na Or/and Zn
13. The Study On Preparation, Structure And Thermoelectric Characteristics In Ge-and Sn-based Clathrate Materials
14. Thermoelectric Properties Of Graphene And Transport Properties Of Topological Insulator
15. First-principles Study Of Electronic Structures And Thermoelectric Properties Of CuGaTe2
16. Study The Electronic Structure And Optical And Thermoelectric Properties Of Aliovalent Ion Doped TiO2
17. Preparation And The Thermoelectric Properties Of The Bi2Te3 Based Pseudo-ternary Thermoelectric Materials
18. Thermoelectric Properties Of Polycrystalline Materials And Mechanics Behavior Analysis On Thermoelectric Devices
19. First-principles Study Of The Structural, Electronic And Thermoelectric Properties Of InSe Nanotubes And In4Se3-x Single Crystal
20. The Fabrication Of Layered Cobalt Oxide Thin Films By Pulsed Laser Deposition And Their High Temperature Thermoelectric Properties
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