Keyword [Thermoelectric materials]
Result: 21 - 40 | Page: 2 of 3 |
| 21. | Theoretical Study On The Thermoelectric Transport Properties Of Organic Molecular Crystals Bis-Dithienothiophene |
| 22. | Analysis Of Interlaminar Thermal Stress And Associated Delamination In Multilayered Thermoelectric Materials |
| 23. | Thermal Transport Properties Of ?-antimonene:First-principles Study |
| 24. | First Principle Study Of TXTe3(T=Cr,Al;X=Si,Ge,Sn)and MoS2 |
| 25. | Preparation And Properties Of Bi2Se3 Thermoelectric Thin Films Doped With Cu And Ag Metallic Elements |
| 26. | Thermoelectric Properties Of InBr,AgBr,and SnX(X=S,Se,Te): The First-principles Study |
| 27. | Stability,Electrical And Thermal Transport Properties Of Multinary Compounds From A First-principles Study |
| 28. | First-principles Studies Of Novel Topological Electronic And Phononic Materials |
| 29. | Theoretical Investigation And Performance Improvement On The Low-Cost Ternary Thermoelectric Materials |
| 30. | Neutron Scattering Study Of The Structure And Dynamic Properties Of Thermoelectric Materials, Amorphous Materials And Magnetic Skyrmion Materials |
| 31. | Study On The Fracture Behavior And Thermoelectric Properties Of Thermoelectric Materials Containing Defects |
| 32. | First-Principles Study Of Interlayer Coupling,Point Defect And Thermal Transport In Layered Thermoelectric Materials |
| 33. | Thermoelectric Transport Properties Of Two-Dimensional Black Phosphorus |
| 34. | Preparation And Thermoelectric Performance Of N-type Bi2Te3 Based By Non-contact Dispenser Printing Combined With SLM |
| 35. | Research On The Forming Processes And Properties In Selective Laser Melting Of N-type Bi2Te2.7Se0.3 Thermoelectric Materials |
| 36. | Complex Function Method Of Inclusion Problem In Thermoelectric Materials |
| 37. | First Principle Study On Doping Of Thermoelectric Materials SrAl2Si2 |
| 38. | Structure-processing-property relationships and thermoelectricity in strongly correlated cesium-tri(palladium) and related compounds |
| 39. | Study On The Thermoelectric Conversion Mechanism And Performance Control In Composite System Of Nano-electrodes And Molecules |
| 40. | The Exploration Of New Thermoelectric Materials And The Study Of Transport Properties In Topological And Correlated Electronic Systems |
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