ESIPT reaction of potential bioactive heterocyclic Schiff base: Atomic visualization coupled with in vitro spectroscopy

Engineering & Materials Science

• Proton transfer 100%
• Excited states 91%
• Density functional theory 81%
• Spectroscopy 61%
• Ground state 54%
• Visualization 42%
• Single crystals 42%
• Molecules 35%
• Photoexcitation 33%
• Nitrogen 33%
• X rays 33%
• Pharmaceutical Chemistry 32%
• Potential energy surfaces 30%
• Carrier concentration 25%
• Hydrogen bonds 25%
• Ligands 24%
• Heptane 23%
• Phenols 23%
• Nuclear magnetic resonance 21%
• Amines 21%
• Fluorescence 20%
• Discrete Fourier transforms 19%
• Hydrogen 14%
• Geometry 11%

Chemical Compounds

• Transfer Reaction 51%
• Proton Transfer 49%
• Schiff Base 45%
• Excited State 43%
• Spectroscopy 35%
• Density Functional Theory 34%
• Benzothiazole 32%
• Azomethine 31%
• Ground State 21%
• Single Crystalline Solid 19%
• X-Ray 16%
• Nitrogen 16%
• Photoexcitation 15%
• Time 14%
• Heptane 14%
• Potential Energy Surface 13%
• Electron Density 12%
• Hydroxyl 11%
• 13C NMR Spectroscopy 10%
• Phenol 10%
• Molecule 9%
• Hydrogen Bond 8%
• Chemistry 8%
• Hydrogen 6%
• Energy 6%
• Solvent 6%
• Ligand 6%

Physics & Astronomy

• imines 78%
• activity (biology) 70%
• protons 35%
• density functional theory 31%
• spectroscopy 28%
• excitation 26%
• nitrogen 20%
• ground state 18%
• phenols 17%
• single crystals 16%
• heptanes 16%
• amines 16%
• photoexcitation 14%
• molecules 14%
• hydrogen bonds 14%
• electronics 14%
• ligands 13%
• x rays 12%
• chemistry 11%
• potential energy 11%
• nuclear magnetic resonance 10%
• diagrams 10%
• fluorescence 10%
• hydrogen 8%
• geometry 7%
• energy 4%