Fe-based powder - Globe Thesis

Keyword [Fe-based powder] Result: 1 - 19 \| Page: 1 of 1
1.	Study On The Process, Structures And Properties Of Sintering-Boronizing Of Fe-based Powder Metallurgy Materials
2.	Research On Mechanism Of Synthesizing Diamond By Fe-based Powder Catalyst
3.	The Microstructure And Properties Of Fe-based Powder Alloy By Liquid-phase Sintering And Copper-infiltration Sintering
4.	Research Of Coarsely Granular Industrial Diamonds Synthesized By Fe-Based Powder Catalyst
5.	Research On The Technology Of Fe-based Powder Compact Sintering-Solid Boronizing
6.	Research On The Microstructure And Properties Of Fe-base Compact Solid Borocarburizing
7.	Study On Nuclear Valve Sealing Surface Co-free Fe-based Alloys And Properties Of Laser Coating
8.	Study On Preparation Technology By Thermodynamics And Performance Of Iron-based Powder Metallurgical Material Containing Nitrogen
9.	Study On Laser Cladding And Quenching Technology Based On Fe-based Powder
10.	Research On The Induction Sintering Process Of Fe Based Powder Metallurgy Material
11.	The Study On The Microstructure And Properties Of Fe-based Powder Metallurgy Valve Seat
12.	The Study On The Resistances To Corrosion Of Fe-based Powder Metallurgy Valve Seats
13.	Effects Of Diffusion Alloying And Compaction Process On Microstructure And Properties Of Fe-based Powder Metallurgy Materials
14.	Effects Of Amide Lubricant And Pre-diffusion Cr On Microstructure And Properties Of Fe-based Powder Metallurgy Materials
15.	Effect Of Die Wall Lubrication And Pre-Diffusion On High Velocity Compaction Formed Fe-Based Powder Metallurgy Material
16.	Effect Of Lubricant And Process Conditions On Microstructure And Properties Of Warm Compaction Fe-based Powder Metallurgical Materials
17.	Preparation And Properties Of Fe-based Powder Metallurgy Magnetic Friction Materials
18.	Modeling And Numerical Simulation Of Fe-Based Powder Forming In Thermal-electrical-mechanical Coupled Fields
19.	Effects Of Heat Treatment Process And Alloying On Microstructure And Mechanical Properties Of Fe-based Powder Metallurgy Materials
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