surface composites - Globe Thesis

Keyword [surface composites] Result: 21 - 40 \| Page: 2 of 3
21.	WC Particles Reinforced Iron Matrix Surface Composites And Erosive Wear Properties Studies
22.	Alumina Particle Surface Nickel-plated Iron Matrix Surface Composites
23.	V-epc Preparation Of Iron-based Surface Wear-resistant Composite Material
24.	The V-epc Infiltration Casting Preparation Of Fe-based Surface Composites Infiltration Casting Mechanism,
25.	V-the Epc Preparation Of Tic Particles Enhance The Organization And Uniformity Of The Surface Composites
26.	Research On Laser Cladding In-situ Carbide Ceramic Reinforce Ni-matrix Surface Composites
27.	The Research Of TiB₂Paticles Reinforced The45Steel Matrix Surface Composites
28.	Design Of Matrix Structure And Study Of Surface Abrasion Of WCp Reinforced Iron Matrix Surface Composites
29.	Research On Laser Cladding In Situ Carbide Ceramic Reinforce The Iron Matrix Surface Composites
30.	The Research Of In-Situ Synthesis Net-Structure Carbide Reinforce Fe-Based Surface Composites
31.	Study On WC Particles Reinforced Surface Composites With High Manganese Cast Steel Matrix Using Porous Powder Templates
32.	Ceramic Particles Reinforced High Chromium Cast Iron Matrix Surface Composites Preparation And Wear Performance Of The Research
33.	Preparation And Properties Of Particles Reinforced Gray Cast Iron Matrix Surface Composites
34.	Study On Preparation And Microstructure And Properties Of WC/Cu Surface Composites By Stirring Friction
35.	The Interface Remelting Of WC_p/steel Matrix Surface Composites And Its Influence Mechanism On Interface Characteristics
36.	Numerical Simulation Of Thermal Stress And Thermal Fatigue Behavior Of WC_P/steel Matrix Surface Composites
37.	Study On The Microstructure And Properties Of ZrB₂+AlN/Al Composite Materials Prepared Based On FSP
38.	The Study On Fabrication Of ZrO₂/Al5083 Surface Composites Based On Friction Stir Processing
39.	Study On Preparation And Properties Of TiC Particle Reinforced Surface Composites By SHS And V-EPC
40.	The Influence Of Remelting Process Parameters On The Interface Characteristics And Compressive Properties Of WC_p/steel-based Surface Composites
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