modified layer - Globe Thesis

Keyword [modified layer] Result: 1 - 20 \| Page: 1 of 3
1.	Research On New Composite Flocculant Material Of Modified Layer Silicates And Microorganism
2.	Study On Toughness And Wear Resistance Of Ni Modified Layer On Surface Of Titanium Alloy
3.	Microstructure And Wear Resistance Of The Modified Layer Formed On TiAl Based Alloy
4.	Study On Preparation And Properties Of Modified Layer Niobate
5.	Research On Properties Of W-Mo Modified Layer On TC4 Alloy By Double Glow Plasma Alloying Technology
6.	Research On Processing And Corrosion Resistance Of Double Glow Plasma Tantalizing On Pure Titanium
7.	Investigation On The Properties Of Mo Modified Layer On Titanium Gear By Plasma Surface Alloying
8.	Research On Corrosion And High Temperature Oxidation Resistance Of Mo And Mo-Cr Alloyed Layers On TC4 Prepared By Double Glow Plasma Surface Alloying
9.	Research On Preparation And Properties Of Chromized And Chromium Oxide Layers On TC4 Alloy By Double Glow Plasma Technique
10.	Effect Of Microstructure And Properties Of 40Cr Surface Modified Layer By Laser Beam Scanning Mode
11.	Microstructure And Properties Of Modified Layer Produced By Duplex Treatment Of Nitrocarbuieizing And Laser Quenching Of38CrMoAl Steel
12.	Microstructure And Mechanical Properties Of Nitrocarburizd Layer/Carburize And Nitride Composite Modified Layer Of M50NiL Steel
13.	Study On Properties Of Mo Surface-modified Layer In TiNi Alloy
14.	Effect Of Microstructure And Properties Of 40cr Surface Modified Layer By Laser Beam Scanning Mode
15.	Study Of Modified Layer By Different Processes On Valve Materials
16.	Process Study On AISI420Martensitic Stainless Steel Modified By Plasma-based Low-energy Nitrogen Ion Implantation
17.	Wear And Corrosion Properties Of Plasma Source Nitrided AISI420Martensitic Stainless Steel
18.	Research On Processing And Corrosion Resistance Of Ta Modified Layers On Q235Steel Formed By Double Glow Plasma Surface Alloying
19.	Study On Wear And High Temperature Oxidation Resistance Of Nb Modified Layer On Surface Of4Cr13Stainless Steel
20.	Research On High Temperature Oxidation Properties Of Modified Layer On γ-TiAl Alloy
<<First <Prev Next> Last>> Jump to