PHOTOPHYSICS AND IONIC PHOTODISSOCIATION OF POLYESTERS WITH PENDANT 1‐PYRENYL GROUPS IN SOLUTION

Chemical Compounds

• Fluorescence Intensity 16%
• Fluorescence Spectrum 16%
• Nanosecond Laser Flash Photolysis 27%
• Photodissociation 63%
• Photophysics 63%
• Polarisation Enhancment During Attached Nucleus Testing) 100%
• Polyester 49%
• Polymer Chain 32%
• Polymerization Reaction 22%
• Pyrenyl Group 30%
• Reaction Yield 22%
• Solvation 15%
• Triplet State 18%

Physics & Astronomy

• atomic energy levels 19%
• deactivation 20%
• excitation 18%
• flash 17%
• fluorescence 27%
• interactions 14%
• lasers 16%
• photodissociation 59%
• photolysis 20%
• polyesters 62%
• polymerization 34%
• polymers 32%
• solvation 20%

Medicine & Life Sciences

• Fluorescence 30%
• Lasers 30%
• Photolysis 26%
• Polyesters 70%
• Polymerization 38%
• Polymers 49%
• Population 7%