Iron-based superconducting materials First-principles study

Abstract

Related Dissertations

1. First-Principles Studies of Cathode Material Sr_n+1Ti_nO_3n+1（n=1,2,3,∞） for Solid Oxide Fuel Cell,TM911.4
2. ZnSe / Si heterojunction Nanowires,TB383.1
3. Hydrogen AlN and ZnO-based diluted magnetic semiconductor materials First-principles study,O471
4. Study on the Melting Transition and Creep Motion of Two-Dimensional Vortex Lattice Using Computer Simulation,O511
5. First-Principles Studies of Cathode Material LiMPO₄ （M=Mn, Fe） of Lithium Ion Batteries,TM912
6. First-principles Study on Optical Properties of Si Nanoparticles and Ferroelectric Materials,O482.3
7. Electronic Structure and Optical Properties of Layered Ternary Carbide from First Principles,O469
8. First Principles Study on Doped Anatase Titania,O614.411
9. Electronic Structure Around a Vortex Core in Iron Pnictide Superconductor,O511.4
10. Research on the MgB₂ Reaction Phase Transition and the Growth Process of the Crystal Nuclei,O511.4
11. First-Principle Study of Structure and Superconductivity of MgB₂ at High Pressure,O511
12. The First Principle Computation Study of New Iron-based Superconductor LaOFeAs,O511
13. Synthesis and the Study of Properties on the Iron-based Superconductor Sm_0.95La_0.05O_0.85F_0.15FeAs and PrO_1-XF_XFeAs,O511
14. Quasi- single-domain melt-textured YBCO bulk process and properties,TL627
15. Analysis of the Characters of Vertical Oscillations of a Permanent Magnet above a HTS Bulk,O511.9
16. Theoretical Investigation on Shape Memory Alloy NiTi and AuCd,TG139.6
17. Preparation of single-domain GdBCO Physical Properties of superconductors,TM26
18. Research on the Interaction between Carbon Nanotubes/graphite and Other Nanostructures,TB383.1
19. Electronic Structure Engineering of Graphene by Strain: First-principles Calculations,O641.1
20. Duan’s Topological Current Theory, Duan-Ge’s U(1) Gauge Potential Decomposition Theory and Their Applications in Superconductivity Theory and Quantum Hall Effect,O469