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Keyword [Composition Design]
Result: 181 - 200 | Page: 10 of 10
181. Basic Research On Composition Design And Microstructure And Mechanical Properties Of Co-Ni-Al-W-based Wrought Superalloys
182. Composition Design,Hydration Mechanism And Performance Control Of Grouting Material Prepared By Red Mud And Multi-source Solid Waste
183. Study On Composition Design,Pore Structure And Mechanical Properties Of Foamed Ceramic From Coal Bottom Ash
184. Study On Design And Performance Of Waterborne Epoxy Resin-Emulsified Asphalt-Cement Composite Rapid Repair Material
185. Effect Of Titanium Content On Microstructure And Properties Of New Hot Working Die Steel 4Cr5Mo SiV1Ti
186. Composition Design Of Al-Ce Alloy And The Effect Of Rapid Cooling On Its Microstructure And Properties
187. Study And Application Of Zr-rich Angular Phase Relationships In Zr-Fe-Si System
188. Composition Design And Property Research On Intermetallic Compound-based High-entropy Alloy
189. Composition Design And Heat Treatment Test Of EA4T Axle Steel
190. Composition Design Of TWIP Type Ti-Mo Alloys And Their Microstructures And Mechanical Properties
191. Research On Design,Development And Quality Control Of Cathode Steel Bar In Electrolytic Aluminum Industry
192. Composition Design And Properties Research Of Al-Mn-Mg-Sc-Zr Alloy For Selective Laser Melting
193. Study On Composition Design And Properties Of TiZr-Based Alloys For Biomedical Applications
194. Composition Design,preparation And Properties Of Fe-Co Based High-entropy Alloys
195. Study On The Composition Design Method Of Ni-based Superalloys Via A Cluster Formula Approach
196. Microstructure And Properties Of NbTaW0.5M Refractory High Entropy Alloys By Carbon Element
197. Composition Design,microstructure And Properties Of Fe_xNiCo(Al/Si)_y High Entropy Alloys
198. Design,Microstructure And Properties Of Ti-Zr-V-Nb Alloys Fabricated By Laser Additive Manufacturing
199. The ? Structure Stability And Properties Of Multi-element Zr/Ti/Hf-Nb Medium/High Entropy Alloys Based On Cluster Structure Model
200. Study Of The Microstructure And Frictional Wear Properties Of Wear-resistant Brass
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