Synthesis and spectral investigation of a Turn-On fluorescence sensor with high affinity to Cu²⁺

Physics & Astronomy

• affinity 96%
• imines 82%
• nitrogen atoms 67%
• fluorescence 64%
• synthesis 62%
• electron transfer 58%
• sensors 53%
• acetonitrile 36%
• anthracene 35%
• augmentation 35%
• sulfur 27%
• selectivity 27%
• interference 19%
• molecules 15%
• atoms 14%
• ions 13%

Engineering & Materials Science

• Fluorescence 100%
• Atoms 90%
• Electrons 58%
• Nitrogen 53%
• Anthracene 49%
• Acetonitrile 47%
• Sensors 44%
• Carrier concentration 41%
• Scaffolds 34%
• Molecules 28%
• Sulfur 27%
• Ions 26%
• Derivatives 23%

Chemical Compounds

• Fluorescence 50%
• Nitrogen Atom 48%
• Schiff Base 48%
• Electron Transfer 40%
• Anthracene 28%
• Sulfur Atom 28%
• Electron Density 26%
• Acetonitrile 20%
• Ion 11%
• Molecule 10%