Font Size: a A A
Keyword [aluminide]
Result: 1 - 20 | Page: 1 of 7
1. High-temperature Oxidation And Hot Corrosion Behaviors Of Several High-temperature Protective Coatings
2. High Temperature Behaviors And Aluminum Diffusing Mechanism Of Containing Aluminum Coatings Produced By Thermal Spray
3. High Temperature Oxidation Behavior Of Platinum And Aluminum Alloy Adhesive Coating
4. Study On The Arc Spraying Process And Performance Of Iron Aluminide Intermetallic Coatings
5. Calculation Of Interdiffusivity Of Fe And Al In Aluminide Coating Arc-sprayed On Mild Steel
6. Interfacial Solid State Reactions Of The Si3N4/Ni(Fe) And Their Aluminides Systems
7. Study On Microstructure And Mechanical Properties Of Iron-aluminide Intermetallics Prepared By Microwave-assisted Combustion Synthesis
8. Oxidation Resistance Investigation Of Aluminide Coatings Prepared By In-situ CVD Process
9. Study On High Temperature Oxidation-resistant Coating On TZM Alloy
10. Studies On Formation And Oxidation Behavior Of Al-Cr Alloy Coating
11. Fabrication And Mechanical Properties Of Ti5Si3/Tial Composite Sheet Based On Ti-(Al-Si) System
12. Research On CVD Aluminizing Equipment And Technology
13. Preparation Of Hot Dip Aluminized Stainless Steel Container Surface Aluminide Coatings And Its Infiltration Deuterium,
14. Research On Microstructure And Mechanical Property Of Iron-aluminide Synthesized By Laser Cladding
15. Microstructure And Mechanical Properties Of Titanium Aluminide Composite Sheet Prepared By Roll Bonding And Reactive Annealing
16. Microstructural Controlling, Performance, Strengthening And Toughening Mechanics Of Ti-Al-C Composites
17. Microstructure And Phase Structure Of TiAl Alloy Prepared By Gas Atomization And Sintering
18. A Study Of Refractory Metal (γ-titanium Aluminide) Deep-hole Drilling Technology
19. Low Temperature Prepartioon Of FeAl Coatina And Investigation Of Its Mechanism
20. Study Of Prepare And Microstructure And Mechanical Properties On Laminated TiB2-TiAl Composite Sheet
  <<First  <Prev  Next>  Last>>  Jump to