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Keyword [martensitic]
Result: 141 - 160 | Page: 8 of 10
141. Exploration And Physical Property Of The Multifunctional Materials In Heusler Alloys
142. Study On Properties And Microestructure Of11Cr2W0.15Ta Reduced Activation Ferritic-martensitic Steel
143. Research On Effect Factors And Experiment Of Automotive Ultra-High Strength Steel Hot Stamping Process
144. Study On Corrosion Behavior Of Super15Cr Martensitic Stainless Steel In Mud Acid
145. Study On Preparation Process And Properties Of Advanced Composite Magnetostrictive Materials
146. Physical Properties Of GA2Based Heusler Alloy
147. Effect Of Rolling Process On The Microstructure And Mechanical Properties Of Ti-Mo Alloyed Low-carbon Martensitic Steel
148. Study On The Microstructure And Properties Of 1cr10nimow2vnbn Steel Used For Ultra-supercritical Gas Turbine
149. Molecular Dynamics Simulations Of Vitrification And Martensitic Transformation In Cu-ti(-zr) Systems
150. Microstructure And Martensitic Transformation Of Ga-mn-ni-co Alloys
151. Influence Of Rare Earth Gd Addition On The Martensitic And Magnetic Transformation Behaviors Of Ni-mn-in Metamagnetic Shape Memory Alloys
152. Microstructures And Properties Of Cast Low Carbon Martensitic Stainless Steel Zg00cr13ni5mo In Simulated Weld Heat Affected Zone
153. Electronic Theory Study Of The Role And Performance Of Wear-resistant Manganese Steel Alloy Elements
154. Secondary Ion Mass Spectrometry (sims) Analysis Of The Hybrid Reactor Surface Coating Composition Depth Profile Of Research
155. Numerical Simulation Based On The The Meso Anisotropic Shells (plastic) Theory Of Variable Temperature Martensite Phase Transformation
156. Q & P Process To Obtain A New Type Of Martensitic Steel Microstructure And Performance
157. Shaft Fracture Behavior Of Martensitic Steel
158. Equal Channel Angular Pressing Process Of Martensitic Steel Structure Evolution And Mechanical Properties Study
159. Stress-induced Martensitic Transformation The Experimental Observations, Theoretical Calculations And Numerical Simulation Of Microstructure Evolution
160. New Martensitic Steel Impact Abrasive Wear Performance And Wear Mechanism
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