Font Size: a A A
Keyword [IBAD]
Result: 1 - 20 | Page: 1 of 1
1. The Research On Fabrication Technique Of Substrated Palladium-Yttrium Alloy Membrane And Theroy Study Of Surface Adsorption Behavior For Hydrogen Purification
2. Study On The IBAD Coatings On The Surface Of Titanium Alloy And Its Fretting Fatigue Behavior At High Temperature
3. Effect Of Temperature On Residual Stress And Mechanical Properties Of Ti Films Prepared By Both Ion Implantation And Ion Beam Assisted Deposition
4. A Study On Design, Structure And Properties Of TiB2/Si3N4 And TiB2/c-BN Nanoscale Multilayered Coatings
5. Er-doped Waveguide Al <sub> 2 </ Sub> O <sub> 3 </ Sub> Thin-film Micro-state
6. Ion Beam Assisted Vacuum Arc Deposition Of Nano-zrn And (zr, Me), N Films
7. Rare Earth Iron Garnet Films And Magneto-optical Performance Testing
8. Titanium Surface By Ion Beam Assisted Deposition Of Wear, Corrosion Resistance Coating Study
9. Microstructure And Properties Of-titanium-and Zirconium-based Multi-nitride Film
10. Research On Layered Structure Adjustment Of YSZ Thermal Barrier Coatings And Its Influence On The Thermal Conductivity And Lifetime
11. Study On Solid Lubrication Modification Of W/MO Films And Their Tribo-chemical Mechanism
12. Optimized Design And Thermal Stability Of Photothermal Conversion Coatings Based On ZrN
13. Study Of IBAD Fabrication Technology Of Ta-base Diffusion Barrierfor Cu Interconnection
14. Research On Biazial Texture Of IBAD Buffer Template
15. Effect Of IBAD Process Parameters On Structure And Properties Of Self-Forming Diffusion Barrier Cu(C)Films
16. The Study Of The Oriented Growth Of MgO Buffer Layer
17. Development of textured magnesium oxide templates and bicrystals using ion beam assisted deposition
18. Aspects of the strontium oxide-copper oxide-titanium dioxide ternary system related to the deposition of strontium titanate and copper doped strontium titanate thin film buffer layers
19. Ion-beam-induced texturing in oxide thin films and its applications
20. Research On Microstructure And Properties Of Ag-Ti-Cu/MoS2 Films Fabricated By Ion Beam Assisted Deposition
  <<First  <Prev  Next>  Last>>  Jump to