Dark field microscopy - Globe Thesis

Keyword [Dark field microscopy] Result: 1 - 19 \| Page: 1 of 1
1.	Single Molecule Spectral Analysis Of Gold Nanoparticles And Gold Nanorods Using Dark Field Microscopy
2.	Synthesis Of Composite Nanomaterials Andapplications In Chemical Detection Based On Single Molecule Imaging
3.	Application Research Of Functional Gold Nanoparticles And Their Optical Imaging In Heavy Metals Detection
4.	Gold Nanorods Based Plasmonic Probe For Drug Delivery And Bio-imaging Studies
5.	Building A Colorimetric Biosensor For Glucose And Exploration Of Gold Nanoparticles In Dark Field Microscopy
6.	Investigation Of The Interaction Of Gold Nanoparticles And Cells By Dark-field Microscopy
7.	The Application Of Plasmonic Noble Metal Nanoparticles:Imaging,detection And Catalysis
8.	Direct Observation Of Au Nanoparticles Interface Self-Assembly With Dark-Field Microscopy
9.	AFM Based Manipulation And Scattering Spectral Characterization By Dark Field Microscopy Of Nanostructure
10.	Construction And Applications Of Single-Nanoparticle Sensors Based On Plasmon Coupling
11.	Study On The Interaction Between Noble Metal Nanomaterials And Living Cells Based On Dark Field Imaging
12.	Construction Of Optical Nanoprobes For Detecting Silver Ion And Its Applications In Biochemical And Pharmaceutical Analysis
13.	Gold Nanoparticles For Imaging Of Cell Surface Specific Protein Glycosylation Based On Local Surface Resonance Effect
14.	Single Particle Tracing Technology Based On Dark Field Imaging To Study The Interaction Between Gold Nanorods And Cells
15.	Research And Application Of Gold Nanorod Rotation Tracking Technology In Polymer Gel Phase Transition
16.	Single-particle Imaging Analysis Of The Light-matter Interaction Between Gold Nanobipyramids And Para-aminothiophenol
17.	Investigation Of Single-particle Quantitative Analysis And Applications By Darkfield Tracking Microscopy
18.	Real-time Detection And In Situ Adsorption Imaging Of Iodine
19.	Dark-Field Optical Microscopy Imaging Of Functionalized Gold Nanoparticles
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