" Fetch the material device" - Globe Thesis

Keyword [" Fetch the material device"] Result: 161 - 180 \| Page: 9 of 10
161.	Study On Deterioration Mechanism Of Concrete And Development Of Mending Materials In The Metallurgy Environment
162.	Mechanics Of Bimaterial Interface Beams And Its Application To Fracture Of FRP-concrete Bonded Interfaces
163.	Further Study Of Lithium Ion Battery
164.	Research On Nonlinear Theory And Load Carrying Capicity Of Cable Stayed Bridges
165.	Research On Key Technology Of Half-bury-torpedo Device
166.	An Experimental Study Of Microencapsulated Phase Change Material Suspension Flow And Heat Transfer In Rectangular Minichannels
167.	Research On Flow In Micro-Device Of Mems And Dry-Gas Seals
168.	Study On Novel Anode And Cathode Material For Intermediate-temperature Solid Oxide Fuel Cell
169.	Study Of The Device Of Gear Distraction Plate For Spine Reduction And Fixation
170.	Long Term Cumulative Deformation Of Cohesionless Material Induced By Repeated Loading
171.	Theoretical And Experimental Analysis And Design Application On Surrounding Rock Resistant Coefficient For Large-span Undersea Tunnel
172.	Research Of Multi-stage Vacuum Insulator Stack Flashover Probability Analysis Methods
173.	Theoritical And Experimental Research On Structures With Viscous Damping Wall
174.	Shrinkage And The Mechanism Of The Cement-Based Material At Low Water To Binder Ratio Incorporating High Volume Mineral Admixtures
175.	Study On The Characteristics And Structures Of Cathode Materials LiCo_xNi_1-xO₂ For Lithium Ion Battery
176.	Research On Technology Of Demagnetization Proof Of Permanent Magnet Machine On High Temperature
177.	Preparation And Characterization On The Materials Of Intermediate Temperature Solid Oxide Fuel Cell
178.	Study Of Dredged Sediments Solidification Mechanism Based On Water Transfer Model
179.	Study On Energy Delivery Rationale And Method For Implantable Devices Through Volume Conduction
180.	Failure Analysis Of Composite Mechanically Fastened Joints And Study Of Effects On Failure Strength
<<First <Prev Next> Last>> Jump to