metal microstructure - Globe Thesis

Keyword [metal microstructure] Result: 1 - 20 \| Page: 1 of 3
1.	Microstructure Of Beryllium Laser Welding And The Welding Process Simulation,
2.	Study On Weldability And Microstructure Of Brazing Cubic Boron Nitride
3.	Research On Fabrication Of 3D Metal Microstructure By Combining UV-LIGA With Micro-EDM Technology
4.	Study On Correlation Between The Solvent Metal Microstructure And Diamond Crystals Synthesis Under HPHT Using Fe-based Catalyst
5.	Research On Weldability Of SAF2205 Duplex Stainless Steel And Dissimilar Metals
6.	Research On Manufacture Of Cu-Mn-Ni-Co Filler Metal And Brazing Technology Of MGH956Superalloy
7.	Study On The Microstructure And Mechanical Properties Of Friction Stir Welded Joint Of Ti/Al Dissimilar Metals
8.	Effect Of Adding Ag Or Cu On Properties Of Zn-Al Brazing Filler Metal
9.	Research On Aluminum Based Filler Metal With Low Melting Point For Brazing 3003 Aluminum Alloy And The Corresponding Brazing Technology
10.	Microstructure And Properties Of Vacuum Brazed Joints For Mo-Cu Alloy And GH4169 Superalloy
11.	Study Of Microstructure For Chitosan Metal Complexes By PAT
12.	Research On The Cu-P-Sn-Ni Filler Metal With Low Melting Point And Brazing Technology Of MGH956 Superalloy
13.	Microstructure And Properties Of SAF2507 And Q235A Dissimilar Steel Welded Joints
14.	A Novel Al-Si-Ge-Zn(Sr) Filler Metal And Microstructure/Properties Of The Brazed Joints For 6061 Aluminum Alloy
15.	Effect Of Intermediate Layer On Microstructure And Mechanical Properties Of Friction Stir Welded Joint Of Ti/Al Dissimilar Metals
16.	Effect Of Ni On The Manufacture Of BAg30CuZn Flux Cored Filler Metal And Its Brazing Performance
17.	Research On High Chromium Cast Iron Type Electroslag Surfacing Flux And Deposited Metal Microstructure
18.	Research On W-Cu Composite And Stainless Steel Brazed Joints With Improved Ni-based Rapidly-cooled Filler Metals
19.	Investigation On Microstructure And Properties Of The W-W Joints Brazed By Ni-based And Ti-based Fillers
20.	Researches On Manipulation Of Optical Properties In Asymmetric Metal Microstructure
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