Font Size: a A A
Keyword [First-principles investigation]
Result: 1 - 20 | Page: 1 of 3
1. First-Principles Investigation On The Structures And Properties Of Multiferroics
2. First-principles Investigation For Rectifying Performance Of Functional Molecular Devices
3. First-Principles Investigation On Peristylapolyenes And The Narrow Of Band Gap Of Anatase TiO2 By N-doping
4. First-Principles Investigation On Pdn,Pdn-1S Clusters And The Phenomena About Blue-shift In The GaN By Al-doping
5. First Principles Investigation On The Electronic Structure Of MgZnO And The Hydrostatic Pressure Induced Phase Transition In ZnO
6. First-principles Investigation Of Adsorption Of Small Molecules On Au And Au-pd Alloy Clusters
7. First-principles Investigation On Magnetic Half-metallic Mateirals
8. First-principles Investigation On Hydrogen Desorption Properties Of Doped LiNH2 And Li4BN3H10 Systems
9. First Principles Investigation Of Point Defects And Electronic Structure In Ti2AlN And M2AlC（M=V、Cr、Nb And Ta）
10. First-principles Investigation Of Cu, Ag, Au Atom Adsorption On CeO2 (111) And (110) Surfaces
11. Effect Of Mn, Pr, Sn, And Zr Doping On Ceria-Based Solid Electrolyte: A First-Principles Investigation
12. First-principles Investigation On Oxide-based Dilute Magnetic Semiconductors Doped With Nonmagnetic Elements
13. First-Principles Investigation On New Functional Molecular Electronic Devices
14. Experimental And First-principles Investigation Of The Spin-polarization In Non-magnetic Doped Semiconductors
15. First-Principles Investigation On Charge Transport Properties Of Graphene And Graphyne
16. First-principles Investigation Of The Structure Of The Target Of Transmission Anode X-ray Tube
17. First-principles Investigation On Core-shell Silicon Nanowires Doped With3D Transition-metal Atoms
18. First-principles Investigation On Physical Properties Of Stable Hexagonal Ge2Sb2Te5under Pressure
19. First-principles Investigation On Magnetoelectric Effect In Perovskite Oxides Interfaces
20. First-Principles Investigation On Spin Transport Properties Of Silicene Nanoribbons
  <<First  <Prev  Next>  Last>>  Jump to