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Keyword [plasmon]
Result: 181 - 200 | Page: 10 of 10
181. Mechanism Of Enhanced Grating-Coupled Surface Plasmon Resonance Sensor
182. Research On Biochemical Sensing Of SPR Chip And Fiber-Optic SPR Sensing Technique
183. Research On Optical Transmission Characteristics Of Subwavelength Metallic Gratings And Plasmonic Waveguedes
184. Research On The Coupling Of Short Range Surface Plasmon Polariton In Waveguide Structure And Its Application
185. Research On Multi-Core Photonic Crystal Fiber Laser And Surface Plasmon Resonance Sensor With Photonic Crystal Fiber
186. Studies On The Optical Properties Of (Quasi) Periodical Structure And Its Applications On Micronano-device Design
187. Hybrid Micro-/Nanofiber-Au Nanorod Structure A New Platform For "Photonic-plasmonic" Research At Nanoscale
188. Silver Nanoparticle Decorated Carbon Electrodes Optimized For Photoelectrochemistry And Electrochemical Sensing
189. Research On SPR Sensor For Detection Of Low-Molecular-Weight Analytes
190. Research On Surface-plasmon-polariton-enhanced Efficiency In Organic Optoelectronic Devices
191. Design And Fabricate The Color Filter And The Polarizer Based On The Subwavelength Grating
192. Research On Transmission Characteristics And Applications Of Coupled Devices Based On Photonic Crystal Fibers And Optical Waveguides
193. Investigation On The Optical Properties Of ZnO And Sodium Doping Grown By MOCVD
194. Fabrication Of Surface Nanosturctures And Study Of Mechanisum Of Surface Plasmon Enhanced Emission Of InGaN-based LED
195. Characterization And Functionalization Of Micro-and Nano-structures Induced By Strong Field
196. The Studies On Fabrication And Characteristics Of ZnO Based Ultraviolet Emitting Devices Pumped By Electron Beam
197. Photon Manipulation Applications In Semiconductor Lasers Based On Surface Plasmons
198. Coupling Nanowire Waveguides With Optical Fibers For Photonic Applications
199. Based On Local Area Surface From The Molecular Orientation Of Excimer Resonance And Heterogeneous Molecular Performance To Control Efficiency
200. All-fiber Hybrid Photon-plasmon Circuits:Integrating Nanowire Plasmonics With Fiber Optics
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