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Keyword [Permittivity]
Result: 181 - 200 | Page: 10 of 10
181. A Fundamental Study On A Cleaning Process Of Mixed Rare Earth Ore From Baotou Decomposed With Microwave Heating
182. Preparation And Property Of The Epsilon-Negative Materials
183. Synthesis And Electromagnetic Wave Absorption Properties Of Several Kinds Of Electromagnetic Absorbing Materials Containing Cobalt
184. Electromagnetic Properties And Design Theory Of Thin Dallenbach Layer Radar Absorbing Materials
185. Study Of The Static Effective Electromagnetic Property Of Particulate Composite
186. Preparation And Properties Of Potassium Sodium Niobate Ceramics
187. Investigation On Microstructure Design And Electromagnetic Properties Of Two-dimensional Microwave Absorption Materials
188. Preparation And Properties Of Microwave Absorbing Materials With Oriented Carbonyl Iron Particles
189. Research On The Synthesis And Optimized Properties Of Titanium Oxides Based High Permittivity And Lithuim Oxides Based Low Permittivity Microwave Dielectric Ceramics
190. Fabrication Of Carbon Based Nanofibrous Membranes For High-efficiency Electromagnetic Wave Absorption
191. Evaluation And Application Of Characteristics Of Expansive Soil And Polluted Soil Based On Electrical Index
192. Design Of Carbon-based Nanocomposite And Its Microwave Absorption Properties
193. Study On The Synthesis And Properties Of Titanium Oxides Based Middle And High Permittivity Dielectric Ceramics
194. Mechanism Of Radio Frequency Negative Permittivity In Barium Titanate-based Materials
195. Synthesis And Electromagnetic Properties Of Fe-based Nanocomposites With Magnetic Core And Dielectric Shell
196. Modeling And Simulation Of Novel Metamaterials At Optical Frequencies
197. Preparation And Properties Of Garnet-type Low Permittivity Microwave Dielectric Ceramics
198. Study On The Synthesis And Modified Mechanism Of Ba/Ca-Nd-Ti Based Microwave Dielectric Ceramics With High Permittivity
199. Study On The Regulation And Polarization Relaxation Of The Giant Dielectric Properties Of Doped TiO2 Ceramics
200. The Fabrication And Investigation Of BNT-PMN Based Ceramics For High-temperature-stable Capacitors
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