Oxide metallurgy - Globe Thesis

Keyword [Oxide metallurgy] Result: 1 - 20 \| Page: 1 of 3
1.	Welding Physical Metallurgy Of RPC Ultrafine Microstructure Steel
2.	Investigation Of Ti-deoxidized Products In High Grade Pipeline Steel And Research On Nucleation Mechanism Of IGF
3.	Research On Control Technology For Superfine Inclusions In Low Carbon Steel
4.	Study Of Characteristics Of Inclusions And Property Of High Heat Input Welding For Steel Plate Developed By Mg Deoxidation
5.	Study Of Characteristics Of Inclusions And Property Of High Heat Input Welding For Oxide Metallurgy Steel Developed By Ca Deoxidation
6.	The Study Of45Steel Structure Evolution In The Oxide Metallurgy Process Under Pulsed Magnetic Field
7.	Influence Of Ti Deoxidation Product On Microstructure And Properties Of Steel
8.	Effect Of Complex Deoxidation With Al-Ti-Mg(Ca) On Inclusions, Microstructure And Properties Of A Pipeline Steel With High Deformability
9.	The Oxides Metallurgy Mechanism On Ti-Mg/Ti-Zr Deoxidization Of Steel
10.	Research On Oxide Metallurgy Technology For Pressure Vessel Steel
11.	Effect Of Deoxidization Process On The Microstructure And Properties Of Low Carbon Steel
12.	Hp295 Steel Cerium In The Thermodynamic Calculation And Refine The Organization Effect Of The Titanium And Mechanism Research
13.	Influences Of Al-Ti Complex Deoxidation On Inclusions And The Microstructure Of Non-quenched And Tempered Steel
14.	The Impact On The Microstructure And Properties Of Low Alloy High Strength Steel By Adding Calcium And Magnesium
15.	Effect Of Ti-Zr/Mg Deoxidization On The Microstructure And Mechanical Properties Of Low Carbon And Low Alloy Steel
16.	The Oxide Metallurgy Behaviour In Medium Carbon Steel And The Effect Of Pulsed Magnetic Field
17.	Research Of The Microstructure And Properties Based On Mg Or Zr Treated Ship-building Steel Plates
18.	The Characteristic Research Of Intragranular Acicular Ferrite Nucleation Induced By Mg-Al-O Inclusions
19.	Effect Of Magnesium Alloying On Microstructure And Mechanical Properties Of Low Carbon Steel
20.	The Characteristics Study On IAF Nucleation Induced By Ti-bearing Inclusions
<<First <Prev Next> Last>> Jump to