Font Size: a A A
Keyword [Three-body]
Result: 1 - 20 | Page: 1 of 2
1. Preparation, Microstructure And Wear Behavior Of Cu/TiC Composites
2. V - Epc Infiltration Casting Process Of The Preparation Of Tungsten Carbide / Iron Matrix Surface Composites, Organization, Performance And Interface Research
3. Theoretical Studies On The Weak Intermolecular Interactions Of Rgn-N2O(Rg=Kr,Xe;n=1,2) Systems
4. An Investigation Of Nano-structured Pearlitic Steel Wire And The Three-body Abrasive-wear Mechanisms Of It's Composites
5. Research On Chemical Reactivity Of Diatomic Molecular Fluid And Molecular Interaction Potential At High Pressure And High Temperatures
6. Surface Nanocrystallization Of Hadfield Steel Induced By Strain And Effects Of Abrasive Wear Properties
7. Influence Of Deep Drawing Plastic Deformation And Annealing Treatment On The Microstructure And Three-body Abrasive-wear Mechanisms Of 70 Steel
8. The Study On Protein-Peptide-Protein Three-body System Using Docking Method
9. Fabrication Of The Cemented Carbide And Steel Bimetal Composites And Investigation On The Structure And Performance
10. V-epc Preparation Of Iron-based Surface Wear-resistant Composite Material
11. Effect Of Tungsten On The Mirostructure And Properties Of Hypereutectic High Chromium Cast Iron
12. Study On Technology And Wear Resistance Of WC Particles Reinforced Steel (Iron) Matrix Composites Prepared By Centrifugal Casting
13. Microstructure And Mechanical Property Control And Wear Mechanism Sdudy For Low-alloy Abrasion Resistant Steel
14. Design Of Matrix Structure And Study Of Surface Abrasion Of WCp Reinforced Iron Matrix Surface Composites
15. Ceramic Particles Reinforced High Chromium Cast Iron Matrix Surface Composites Preparation And Wear Performance Of The Research
16. Study On The Fretting Wear Behavior Of TC4 Titanium Alloy After Shot Peening And Coating Treatment
17. The Dependence Of The Many-body Interaction In Water Clusters On The Water-water Distance
18. Three-body Abrasive Wear Behavior Of Titanium Alloy Via Surfacenanocrystallization Combined With Plasma Nitriding
19. Research On The Wear Resistance Of Al2O3 Ceramic Reinforced High Manganese Steel Composite Material
20. The N 4 (Td) Intermolecular Force Field Parameters And Their Density Prediction Are Optimized Based On QM Non-bonding Binding Energy
  <<First  <Prev  Next>  Last>>  Jump to