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Keyword [Ni3al]
Result: 21 - 40 | Page: 2 of 4
21.
New Hardfacing Material And Its Properties
22.
First-principles Study On The Occupation Behavior Of Hafnium In Ni-Ni
3
Al System And Its Influence On The Occupation Behavior Of Oxygen
23.
First Principles Study On Structure And Properties Of Nickel-base Alloys And Nial Intermetallics
24.
Diffusivity And Strengthening Of Ni-based Superalloys: Atomistic Simulations
25.
Research On The Mechanical Behaviors And Yield Criteria Of Directionally Solidified Ni
3
Al Based Alloys
26.
Simulation Investigations On The Interface And Alloying Effects Of Ni/Ni
3
Al Nanowires
27.
The Preparation And Research On The Microstructure&Properties Of Ti（C,N）-based Cermets Based On Ni
3
Al Binder Phase
28.
The Preparation And Research On The Microstructure&Properties Of Ti（C,N）-Ni/Ni
3
Al Cermets
29.
Study On Microstructures And Tribological Properties Of Cr
3
C
2
/Ni
3
Al Composites Produced By Hot Isostatic Pressing
30.
Researches On Preparation,Microstructure And Properties Of Ni
3
Al-bonded Cermets
31.
Study On Finite Element Simulation And Experiment Of The Cutting Process For Ni
3
Al Based High-Temperature Material
32.
Research On NC Machining Technology Of Ni
3
Al-Base Superalloy Turbine Disk
33.
Preparation Of WC-Ni
3
Al-Si
3
N
4
Composites And Laser Micro Machining Performance Study
34.
Research On The Deformation Mechanism And Corrosion Resistance Of WC-Ni
3
Al Cemented Carbide
35.
The Correlation Between Re-addition And W-addition And Its Synergistic Effect On The Ideal Shear Strength Of ?'-Ni
3
Al Phases In Ni-based Single Crystal Superalloys
36.
First-principles Calculation Of The Effect Of Point Defects On The Mechanical Properties Of ? And ?' Phases And ?/?' Interfaces
37.
Study On Microstructure And Sliding Friction And Wear Properties Of Ni
3
Al(Cr) Alloy
38.
First Principle Simulation Of Ni
3
Al Oxidation At The Early Stage
39.
Research On Precision NC Machining Of Ni
3
Al-Base Superalloy Turbine Disk
40.
Effect Of Cr And Cr
3
C
2
Addition On Properties And Microstructure Of Ni
3
Al-bonded TiC-based Cermets
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