plasma alloying - Globe Thesis

Keyword [plasma alloying] Result: 1 - 20 \| Page: 1 of 2
1.	Study On Surface Alloying Processing By Double Glow Plasma Alloying Technology To Improve The Tribological Properties Of Ti6Al4V Alloy
2.	Investigation On Surface HSS Containing Ti Obtained By Double-Glow Plasma Alloying
3.	The Research On Metallurgical HSS On Surface Containing Ti Obtained By Xu-Tec And Wear Behavior Of The MHSSST
4.	Study On Surface Precipitation Hardening Stainless Steel
5.	Wear Resistance And High-Temperature Oxidation Resistance Of Modified Layers On The TiAl Based Alloy
6.	Study On Processes And Properties Of Fe-Al Alloy Layer Of 45 Steel By Double-glow Plasma Alloying
7.	Diffusion Kinetics Of Mo-based Plasma Alloying On Ti6A14V And Its Wear Properties
8.	Research On Preparation And Properties Of Co-based Alloy Layer On TC4 Alloy
9.	Research On Properties Of W-Mo Modified Layer On TC4 Alloy By Double Glow Plasma Alloying Technology
10.	Study On Preparation And Tribological Performance Of Plasma Surface Ti-Ni/Ni Alloy On Ti6Al4V Alloy
11.	Research On Preparation And Properties Of Chromized And Chromium Oxide Layers On TC4 Alloy By Double Glow Plasma Technique
12.	Study On Preparation And Properties Of Fe-Al-Cr-Nb Alloy Layer On45Steel By Double-Glow Plasma Alloying
13.	Study On Diffusion Behavior And Tribological Properties Of Mo-based Plasma Alloying On304Stainless Steel
14.	Preparation And Properties Of Plasma Zr-alloyed And Zr-N Composite Layers On TC4Alloy Surface
15.	Study Of Property And Organization Of Cu-Cr-Alloyed Layer On Titanium Alloy Surface
16.	Study On Wear Resistance Of304Stainless Steel Modified By Plasma Boronizing At High Temperature
17.	Preparation And Performance Of Plasma Ni-alloyed Layers On Ti6Al4V Alloy Surface
18.	Study On Preparation And Tribological Performance Of Plasma Surface Ni Alloy On Pore Titanium
19.	Preparation Of Surface Antibacterial Stainless Steel By Plasma Alloying Technology
20.	Research On NiCr And NiCr-O Suface Alloying Process Of The γ-TiAl Based Alloy With Double Glow Plasma Surface Alloying Technique And Properties Of Alloyed Layers
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