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Result: 161 - 180 | Page: 9 of 10
161. Construction Of Cobalt Oxide Composite Micro/Nanostructured Materials And Assembly Of Lithium Ion Battery
162. Research On Theoretical Model Of Ultrasonic Power Energy Transfer
163. Studies On Preparation And Adsorption Of Free-standing MoO3/Carbon Cloth Composites
164. Free-standing,Flexible 3D Porous Nitrogen Doped Carbon Material Flim And Its Application For High Energy Density Supercapacitors
165. Research On Characteristics And Device Application Of BaTiO3 Thin Films Under External Field Control
166. Mechanisim And Experimental Study Of Ultrasonically Electrostatic Spraying
167. Preparation Of Si-based Nanofilm Via Magnetron Sputtering Towards Under Standing Electrochemical Property In Lithium-ion Battery Applications
168. Research On Ultrasound-assisted Laser-Metal Inert Gas Hybrid Welding Of Aluminum Alloy
169. The Design Of The Control System Of Ignition Of The Pipeline With The Use Of Waveguide And Microcontroller
170. The Study Of Flexible H2O2 Electrochemical Sensors Based On Free-standing Reduced Graphene Oxide Paper
171. Highly Conductive PEDOT:PSS Films And Wires And Their Thermoelectric Applications
172. Design And Research Of Key Components For CNC And Standing Double Disc Grinding Machine
173. Orientated Attachment Growth Of Lithium Titanate And Its Applications In Lithium Ion Capacitors
174. Fabrication And Application Of Metal Nanostructures Based On Nanoimprint And Electroplating
175. Preparation And Properties Of PNN-PZN-PZT Multilayer Free-standing Piezoelectric Thick Film
176. Growth Of GaN Single Crystal By HVPE On Porous GaN Layers
177. Study On Microscopic Behavior Of Water Droplets In Oil And Demulsification Characteristics In Ultrasonic Standing Waves
178. Synthesis And Electrochemical Performance Study Of Metal-Organic-Frameworks 1D Derivatives
179. Preparation And Electrochemical Performance Of 3D Porous Nitrogen-sulfur Co-doped Carbon-based Cathode Catalysts For Lithium-air Batteries
180. Study On Near-free-standing Graphene Growth And Nucleation Mechanism On The SiC Substrate
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