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Keyword [Magnets]
Result: 141 - 160 | Page: 8 of 10
141. Influence Of Alloy Elements On The Microstructure And Magnetic Performance Of SmCo/α-(Fe, Co)nanocomposite Magnets
142. Research On The Windmill-type Energyharvesting Device Using Piezoelectric Materials
143. Study On The Effect Of Fe、Lu Doped And Aging Treatment On Microstructure And Magnetic Characteristics Of Sm2Co17 Magnets
144. Study On Megnetoelectric Properties And Microstructrue Of Hot Pressing（Nd,Ce）FeB/CaF2 Composite Magnets
145. Study Of Surface Coating On The Anti-corrosion Property Of Bonded NdFeB Magnets
146. Disproportionation Reaction Of Gd-Co Alloy Induced By High-energy Ball-Milling In Heptanes And Its Application
147. Study On Morphology And Properties Of Magnetic Powders For Bonded Ferrite Magnets
148. Design And Analysis Of Novel Reduced Rare Earth Hybrid Magnets Partitioned Stator Flux Switching Machine
149. Stability Analysis And Research Of The Superconductors For CFETR Poloidal Field Magnets
150. Activation Calculation And Analysis For CFETR Magnet System
151. Study On The Influence Of Ce On Microstructure And Properties Of NdFeB Magnets
152. The Magnetic Properties And Microstructure Of Hot-pressed And Hot-deformed Nd-Fe-B/PrCo5 Hybrid Magnets
153. Microstructural Analysis, Property Evaluation And Process Optimization For Sintered NdFeB Magnets
154. Simulation Analysis And Optimal Design Of Differential Polarized Relays With Double Permanent Magnets
155. Research On The Mechanical Characteristics Of A Cylindrical Three-Phase Linear Motor With High-Temperature Superconducting Magnets As The Magnetic Poles
156. Magnetic Properties And Mechanism Of Diffusion Processed Sintered Nd-Fe-B Magnets By Electrophoretic Deposition
157. Reseach On The Relation Of Mechanical Properties Of CuNb Nanocomposite Wire To Fatigue Failure Of Pulsed Magnets
158. Study On Grain Boundary Regulation And Properties Of Sintered Nd-Fe-B Magnets
159. Influence Of Mm Content On Magnetic Properties Of Sintered R-Fe-B Magnets
160. High Performance Permanent Magnets Based On Cheap And Abundant Rare Earths
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