Optical sensing - Globe Thesis

Keyword [Optical sensing] Result: 61 - 80 \| Page: 4 of 5
61.	Studies On Rapid Detection Of Micro-trace Cadmium(Ⅱ)
62.	Controllable Fabrication And Enhanced Optical Sensing Of Noble-Metal Two-Dimensional Nanoarrays
63.	Research On Optical Sensing Technology For Detection Of Pseudomonas Aeruginosa And Pyocyanin By Fexible Hierarchical Metamaterials
64.	Novel Microfluidic Paper-based Devices Based On Polymeric Materials And Their Applications In Environmental Analysis
65.	Study On Actively Tunable Filter Technology Of Nanostructure Based On Surface Plasmons
66.	Spherical Nucleic Acid Enzyme(SNAzyme) Based Optical Sensing Platforms And Their Applications In Diseases Related MiRNAs Detection
67.	Investigation Of Optical Sensing Performance Of Integrated Rare-earth Doped Microsphere Resonator Devices
68.	Modification Of Carbon Nitride And Its Optical Sensing Application
69.	Construction Of Optical Sensing Array Based On Micro/Nano Materials And Its Application Research In Baijiu Intelligent Recognition
70.	Application Of Chemometric Methods To The Fields Of Spectrometric Analysis And Optical-sensing
71.	Research On Interpenetrating Polymer Network Optical Sensing Materials Based On Cholesteric Liquid Crystal
72.	Multiple Fano Effects And Optical Sensing Properties Based On C3 Symmetric Metasurface Structures
73.	Study On New Methods For Optical Detection Of Ascorbic Acid Based On Carbon Nitride And Cobalt Oxyhydroxide Nanomaterials
74.	Study On New Methods For Detection Of Nucleic Acid Modifying Enzymes And Bioactive Small Molecule Based On Optical Sensing
75.	Fabrication And Properties Of Silver And MOF Composite Films Based On Two-Dimensional Colloidal Crystals
76.	Construction Of Paper-Based Smart Optical Devices For Formaldehyde Detection
77.	Preparation Of Heteroatom Doped Carbon Dots And Application Of Optical Sensing
78.	Construction Of Fluorescent/colorimetric Sensors Based On Silver/Copper Nanomaterials And Their Application In Environmental Detection
79.	Design,Synthesis And Properties Of Optical Sensing Materials
80.	Liposome-assisted Chemical Redox Cycling Amplification For New Optical Sensing Method
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