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Keyword [Fluorescence Sensing]
Result: 141 - 160 | Page: 8 of 10
141.
Synthesis And Properties Of Luminescent Porous Coordination Polymers Based On Azobenzenetetracarboxylate Ligand
142.
Preparation Of Triazine Conjugated Microporous Polymers And Their Iodine Adsorption And Fluorescence Sensing Properties
143.
Fluorescence Sensing Analysis Based On Organic Framework Materials
144.
A Graphdiyne-based One-step DNA Fluorescent Sensing Platform For The Detection Of Mycobacterium Tuberculosis And Its Drug Resistance Genes
145.
Research On MIPs Sensor Array Design,Green Synthesis And Its Application
146.
Study On Syntheses And Properties Of Metal-Organic Frameworks Based On D-(+)-Camphoric Acid And Nitrogen-rich Ligands
147.
Preparation And Fluorescence Sensing Of Lanthanide Metal-Organic Frameworks (Ln-MOFs) With Pyridine Carboxylate Ligand
148.
Studies On Electrochemical And Fluorescence Sensing Of Antibacterial Agents Based On Quantum Dots
149.
Synthesis And Fluorescence Sensing Properties Of Zn
2+
And Cd
2+
Based On Schiff Base Diarylethene
150.
Fabrication Of Fluorescence Aptasensing System Based On CdZnTe Quantum Dots And Its Applications In Mycotoxins Detection
151.
Synthesis Of Several Bis-M-Phenylene Diacid MOFs,Fluorescence Detection Of Cr
2
O
7
2-
And Adsorption Separation Of C
3
H
4
/C
3
H
6
152.
Construction And Performance Study Of Dnazyme-based Highly Sensitive Fluorescence Sensing System For Lead Ion(Ⅱ) Detection
153.
Preparation Of Carbon Quantum Dots Based On Protein Carbon Source And Application Research Of Fluorescence Sensing
154.
Research On Fluorescence Sensing Based On Noble Metal Nanoclusters
155.
Preparation And Acetone Fluorescence Sensing Properties Of Eu-MOFs Based Materials
156.
Design And Application Of Fluorescence Sensing Probe Based On DNA Base Mismatch
157.
Fluorescence Sensing And Quantitative Study Of ATP In Mitochondria Of Cells
158.
Design,Synthesis And Fluorescence Sensing Properties Of Mofs Based On Functionalized Polycarboxylic Acid
159.
Fluorescence Sensing Of Metal Ions In Aqueous Solution Based On Water-stable MOFs
160.
Construction Of Fluorescence Sensing Platform Based On Doped Carbon Dots And Its Application
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