Font Size: a A A
Keyword [Hot Press]
Result: 161 - 180 | Page: 9 of 10
161. Sintering And Mechanical Properties Of Carbon/carbon Composites
162. The Study On Microstructure Evolution Behavior During Sintering Process And Zn Strengthening Of Mg-Mg2Sn Composites
163. Study On The Microstructure And Properties Of CNTS/TiAl And Mo_f/TiAl Composites Prepared By Powder Metallurgy
164. Study On Preparation And Properties Of Cu Matrix Composites Reinforced With Alumina Whisker
165. Research On Laminates For Continuous Carbon Fiber Reinforced Polyether Ketone Ketone
166. The Study On Fabrication Of AIN Ceramics By Hot-press Sintering
167. Effect Of Surface Modification On Bonding Strength Of Hot-Press Welded TC4/PET Joints
168. Hot-Press Sintering,Microstructure And Properties Of C/(Al-Cu) System Composites
169. Study On Microstructure And Properties Of W-Cu Refractory Alloy By Oscillating Pressuresintering
170. Hot-Pressing Control And The System Design Of MDF Based On BP-PID Algorithm
171. Structural Design And Optimization Of A Hot-Forming Die For A Special-shaped Part Of A Composite
172. Design And Control Of Electromechanical-Hydraulic Servo System For Precision Hot Pressing
173. Study On The Preparation And Mechanical Properties Of Rare Earth Cerium Oxide Toughened WC/MgO Composites
174. Mechanism Of WC Nano-powders Prepared By Hydrogen-free Carbonation Under The Catalysis Of Platinum And Application In Preparing Ultrafine Grained Binderless Tungsten Carbide
175. Effect Of Ti On High-temperature Compression Properties Of ?-TiAl Based Alloy
176. A Study On The Effect Of TiB2 Addition On Microstructure And Propreties Of FGH97 Superalloy
177. Preparation,microstructure And Properties Of In Situ Nano-TiC/Al Cermet
178. Fabrication Of Si3N4/BN Composite Ceramics And Their Mechanical Property And Thermal Conductivity
179. Research On The Law Of Hot Compression Molding Of Polymer Film Microfluidic Chip
180. Study On Material-structure-manufacture Integrated Design Strategy For PEEK-based Thermoplastic Composite Load-bearing Components
  <<First  <Prev  Next>  Last>>  Jump to