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Keyword [forming ability]
Result: 181 - 200 | Page: 10 of 10
181. Solidification Behavior And Glass Formation Of Ni-P Alloys
182. Study On The Effect Of Addition Elements On The Glass Forming Ability And Mechanical Properties Of Cu-Zr Based Alloys
183. Synthesis And Properties Of Al-based Bulk Metallic Glasses And Their Nano-composites
184. Effect Mechanism Of Co On The Glass-forming Ability Of Fe-based Bulkmetallic Glasses
185. The Atomic Level Theoretical Research On The Glass-forming Ability, Plastic Deformation Units And Crystallization Of CuZr Metallic Glasses
186. Synthesis And Properties Of Ti-based Bulk Metallic Glasses And Ti-containing High-entropy Bulk Metallic Glasses
187. Synthesis And Properties Of High Magnetic Elements Fe-based Bulk Amorphous Alloys
188. Thermodynamics Studies On Forming Composition And Forming Ability Of Metallic Glasses
189. Composition Design And Properties Investigation Of Novel High B_s Iron Based Amorphous/Nanocrystalline Alloys
190. A Simulation Study On The Heredity And Evolution Of Clusters In Liquid Cu-Zr Alloys During The Rapid Solidification
191. Study On The Formation, Structure And Rheological Properties Of Bulk Metallic Glasses
192. Studying The Thermal Stability, Crystallization/Relaxation Behaviors And Glass Forming Ability Of Cu-Zr-Al-Ag Amorphous Alloys By Electrical Resistance And Internal Friction Measurements
193. The Researches Of The Forming And Magnetic Properties Of Fe-based Amorphous/Crystalline Alloys With A High Bs
194. The Research On Forming Ability And Crystallization Behavior Of CuZrAlNb Alloys
195. Synthesis And Mechanical Properties Of Zr-Cu-Al Bulk Metallic Glasses Composites
196. Preparation And Properties Of (Fe,Co)-Ln-nb-b Bulk Metallic Glasses
197. Compositions Design Of Ti-Ni Based Bulk Metallic Glasses Using Deep Eutectic Related Clusters And Their Properties
198. The Subregular Model For Multiple Amorphous Alloys
199. Influence Of External Field On The Structure And Performance Of Fe-based Amorphous Alloy
200. Characterization And Optimization Of Glass Forming Ability For Bulk Metallic Glasses
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