TiC particles - Globe Thesis

Keyword [TiC particles] Result: 1 - 20 \| Page: 1 of 2
1.	Fabrication And Study On Properties Of TiC Particles Reinforced Aluminum Matrix Composites
2.	Microstructures And Cavitation-erosion-resistance Of Gradient TiC/Ni Coating By Plasma Cladding
3.	Research Of Microstructure And Wear Properties Of M3/2 Powder Meatallurgy Highspeed Steels Reinfored By TiC Particles
4.	Study On AISI321 Austenitic Stainless Steel With Laser Surface Alloying
5.	Experimental Study On In Situ Reactive Synthesis TiC Particles Reinforced Nickel Based Composite
6.	Microstructure And Mechanical Properties Of TiC Particles Reinforced Titanium Matrix Composites
7.	Preparation And Performance Of In-siut TiC Particles-Dendrite Bulk Amorphous Composites
8.	Study On Microstructure And Properties Of Microwave Sinter-ed Aluminum Matrix Composites
9.	Research On The Properties Of Ni Coated TiC Particles Reinforced H13Steel Composite By Powder Metallurgy
10.	Study On The Fe Based Composite Coating Reinforced By TiC Particles Prepared Using Argon Tungsten-arc Cladding
11.	Effects Of In-situ TiC Particles On Microstructures And Properties Of TiC/7075Ai Matrix Composites
12.	Mechanical Alloying Preparation Of Ultrafine Tic Particles Reinforced Copper Matrix Composites
13.	V-the Epc Preparation Of Tic Particles Enhance The Organization And Uniformity Of The Surface Composites
14.	Research On TiC Particles Reinforced Aluminum Composite Coating By TIG Cladding
15.	Fabrication And Properties Of TiC_p/M2High Speed Steel Composite By Spark Plasma Sintering
16.	Based In Situ Study The Microstructure And Properties Of Aluminum Matrix Composites Synthesized TiC-7075
17.	Laser Cladding TiC Particles Reinforced Co-based Alloy Coating On H13Steel Surface And Its High-temperature Wear Property
18.	Reaction Mechanisms And Mechanical Properties Of The In-situ Copper Matrix Composites Reinforced By TiC Particles From (Al-)Ti-C-Cu System
19.	Effects Of Different-sized TiC Particles On Microstructures And Properties Of HT200
20.	Effects Of Diffusion Alloying And Compaction Process On Microstructure And Properties Of Fe-based Powder Metallurgy Materials
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