Font Size: a A A
Keyword [Localized Surface Plasmon]
Result: 1 - 20 | Page: 1 of 3
1. Investigation Of Plasmonics And Photochemical Machining Technology On GaP Surface
2. Study Of Optical Micro/Nanofiber Sensors Based On Microfluidic Chips
3. Research Of Terahertz Functional Devices Based On Metal Surface Plasmon Polaritons
4. Optical Coupling Of Plasmonic Cavity And Waveguide With Quantum Well Infrared Photodetectors
5. A Study Of Biosensing Based On The Noble Metal Nanoparticles
6. Preparation And Study On The SERS Probe And LSPR Optical Fiber Sensor
7. Subwavelength Metal Cross Hole Structure In The Quantum Well Infrared Photodetector Applications In Simulation Studies
8. Research On The Role Enhancing SPR Sensor's Sensitivity By Gold Nanorods
9. Hybrid Micro-/Nanofiber-Au Nanorod Structure A New Platform For "Photonic-plasmonic" Research At Nanoscale
10. Silver Nanoparticle Decorated Carbon Electrodes Optimized For Photoelectrochemistry And Electrochemical Sensing
11. Study Of Metal Localized Surface Plasmon-decorated ZnO Heterostructure Ultraviolet Light-emitting Devices
12. Investigation On The Optical Fiber Biosensor For The Detection Of Cardiac Troponin I
13. CdSe(S) QD-LEDs Devices Using ZnSnO As Electron-Transporting Layer
14. The Research And Application On Fiber-optic Surface Plasmon Resonance Of End Reflection Structure
15. Localized Surface Plasmon Enhanced Light Emission From A-SiNx:O Films And Optical Modulation In Laser Interference Crystallization
16. Research Of The Bio-chips Integrated With LSPR Sensing And Microfluidic System
17. Study On Properties Of Localized Surface Plasmon Resonance And Chitosan Micelles Fluorescence Applied To Chemical/Biological Sensor
18. Study On Nanofocusing Device Based On Surface Plasmon Resonance
19. Precise Synthesisand Properties Research Of Ⅱ-Ⅵ Core-shell And Doped Semiconductor Nanocrystals: New Applications Of Cation Exchange Reaction
20. Principle And Method Investigation Of Nanolithography By Localized Surface Plasmon
  <<First  <Prev  Next>  Last>>  Jump to