Nanosensors - Globe Thesis

Keyword [Nanosensors] Result: 1 - 20 \| Page: 1 of 3
1.	Study Of Chemical Sensors And Biosensors Based Modified One-Dimensional Nanomaterials
2.	Preparation Of The Core-shell Nanocomposites And Their Application In Humidity Micro/Nanosensors
3.	Used In The Research And Application Of High Sensitivity And High Selectivity Of Detection Of Explosive Gas Nanosensors
4.	Studies On The Design, Assembly, And Applications Of Organic/Inorganic Hybrid Supramolecular Nanosensors
5.	Sensing Investigation For Heavy Metal Ions Based On ZnSe Core-Shell Quantum Dots
6.	Synthesis, Characterization, Formation Mechanism And Sensor Applications Of Photoluminescent Carbon Dots
7.	Ratiometric Luminescent Nanosensors For Detecting Cysteine And Dissolved Oxygen
8.	Rseraches On Photothermal Effect Of The Gold Nanorods With Fluorescent Temperature Nanosensors
9.	Contruction Of Several Upconversion Fluorescence Nanosensors And Their Applications
10.	Nanostructures And Nanosensors Based On NV Centers In Bulk Diamond
11.	The Applications Of Nitrogen-doped Graphene Quantum Dots-based Fluorescence And Electrochemiluminescence Nanosensors
12.	Novel Fluorescent Nanosensors For The Detection Of Total Protein And Renin Concentration
13.	Fluorescent Nanosensors: Fast,Selective And Sensitive Detection Of Hydrogen Peroxide In Living Cells And In Vivo
14.	Construction Of Fluorescent Nanosensors Based On Metal Nanoclusters And Its Applications In Bio-enzyme Detection
15.	Contruction Of Highly Sensitive Rare Earth Upconversion Fluorescence Nanosensors And Their Applications
16.	Research On Novel Ruthenium-containing Metallopolymer-Based Optical Oxygen Nanosensors For Tumor Hypoxia Imaging
17.	Design,Assembly And Performance Of Graphene-Based And Aluminum-Based Nanosensors
18.	The Applications Of CuInZnS Quantum Dot-based Fluorescence And Electrochemiluminescence Nanosensors
19.	Molecularly Imprinted Nanosensors For Tumor Markers Based On The Enhanced Effect Of Ionic Liquid
20.	Study On Preparation Of Low-dimensional Nanosensors And Their Sensing Performance Of Detecting Methyl Parathion And Cypermethrin In Water
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