Fluorescence Resonance Energy Transfer of Fluorescent Molecules in Joint-Linker Type Organic-Inorganic Hybrid Gels

Engineering & Materials Science

• Forster resonance energy transfer 100%
• Pyrene 72%
• Gels 66%
• Molecules 61%
• Hydrosilylation 12%
• Toluene 7%
• Monomers 7%
• Platinum 7%
• Fluorescence 7%
• Catalysts 5%

Physics & Astronomy

• resonance fluorescence 74%
• pyrenes 59%
• energy transfer 51%
• gels 49%
• molecules 33%
• hexadiene 23%
• dienes 8%
• siloxanes 8%
• toluene 6%
• platinum 6%
• functionals 5%
• catalysts 5%
• monomers 5%
• fluorescence 4%

Chemical Compounds

• Fluorescence Resonance Energy Transfer 62%
• Perylene 49%
• Pyrene 43%
• Gel 39%
• G-Factor 33%
• Molecule 22%
• Donor 8%
• Silsesquioxane 7%
• Hydrosilylation 7%
• Siloxane 6%
• Cubic Space Group 5%
• Toluene 4%
• Platinum 4%
• Monomer 3%
• Fluorescence 3%
• Catalyst 2%