Enhanced solid-state fluorescence in the oxadiazole-based excited-state intramolecular proton-transfer (ESIPT) material: Synthesis, optical property, and crystal structure

Engineering & Materials Science

• Proton transfer 100%
• Excited states 91%
• Crystal structure 70%
• Optical properties 68%
• Fluorescence 62%
• Phosphorescence 49%
• X ray crystallography 23%
• Picosecond lasers 23%
• Chlorine compounds 21%
• Dimers 20%
• Hydrogen bonds 18%
• Phenols 17%
• Benzene 16%
• Single crystals 15%
• Crystals 13%
• Geometry 8%
• Temperature 5%
• Experiments 4%

Physics & Astronomy

• crystal structure 43%
• solid state 41%
• fluorescence 40%
• synthesis 39%
• protons 35%
• optical properties 35%
• phosphorescence 33%
• phenyls 30%
• excitation 26%
• tautomers 20%
• phenols 17%
• chloroform 17%
• crystallography 15%
• hydrogen bonds 14%
• benzene 13%
• attraction 13%
• sliding 12%
• dimers 12%
• single crystals 8%
• kinetics 8%
• geometry 7%
• room temperature 7%
• crystals 6%
• x rays 6%
• lasers 5%
• interactions 5%

Chemical Compounds

• Proton Transfer 49%
• Excited State 43%
• Optical Property 39%
• Phosphorescence 38%
• Fluorescence 31%
• Crystal Structure 27%
• Oxadiazole 22%
• Molecular Geometry 20%
• Fluorescence Emission 17%
• Liquid Film 17%
• Orange 15%
• Chloroform 15%
• Single Crystal X-Ray Diffraction 13%
• Hydrogen Bond 11%
• Ambient Reaction Temperature 10%