Fluorescent Probes - Globe Thesis

Keyword [Fluorescent Probes] Result: 1 - 20 \| Page: 1 of 10
1.	Hydrophilic Naphthalimide Fluorescent Probes For Cations: Molecular Design, Synthesis And Properties
2.	Ratiometric Naphthalimide Fluorescent Probes For Cations Based On ICT Mechanism
3.	Synthesis And Characterization Of Fluorescent Probes
4.	Study On The Synthesis Of Rhodamine Dyes And Their Applications As Fluorescent Probe
5.	Study Of BODIPY And Rhodamine Fluorescent Probes For Cations
6.	Naphthalimide Fluorescent Probes For Metal Ions: Molecular Design, Synthesis And Properties Investigation
7.	Anthracene Fluorescent Probes For Metal Ions: Molecular Design, Synthesis And Properties Investigation
8.	Synthesis, Characterization And Properties Of Complexes With Coumarin-based Amide And Schiff Base Ligands
9.	Design, Synthesis And Properties Of Novel Fluorescent Probes Based On Perylene Diimide And Naphthalimide
10.	Study On Fluorescent Probes For Metal Ions And Development Of Novel Molecules With Aggregation-induced Emission Enhancement Characteristics
11.	Hydrazone Derivatives As Fluorescent Probes For Metal Ions And Fluorescence Detection Of Single-nucleotide Polymorphisms
12.	Responsive Polymeric Assemblies-Based Functional Materials For Biomedical And Detection Applications
13.	Studies On Fluorescent Probes Of Metal Ions Based On Schiff Bases Derivatives
14.	The Design, Synthesis Of Novel Porphyrin, Rhodamine Derivatives And Their Application In Fluorescent Probes And Ion-selective Eletrodes
15.	Study On The Design, Synthesis And Properties Of A New Series Of Organic Functional Small Molecule Fluorescent Probes
16.	New Method Of Aromatic Ring Amination With Fluorescent Probes
17.	The Solvent Effect In Molecular Recognition Of Fluorescent Probes Based On Triphenylene, Coumarin And Naphthalimide
18.	Design,Synthesis And Application Of Multifunctional Fluorescent Probes
19.	Synthesis In Water And Applications Of New Fluorescent Probes In Recognition For Heavy Metal Cations
20.	Study On Fluorescent Probes And Optical Materials On Basis Of Novel Molecules With Aggregation-induced Emission Enhancement Properties
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