Coupling of Probe Reorientation Dynamics and Rotor Motions to Polymer Relaxation as Sensed by Second Harmonic Generation and Fluorescence

INIS

• relaxation 90%
• coupling 70%
• probes 50%
• motion 40%
• fluorescence 30%
• polymers 30%
• second-harmonic generation 30%
• temperature dependence 30%
• methacrylates 30%
• dynamics 20%
• decoupling 20%
• rotors 20%
• rotation 20%
• values 10%
• equations 10%
• steady-state conditions 10%
• copolymers 10%
• transition temperature 10%
• glass 10%
• doped materials 10%
• relaxation time 10%
• activation energy 10%
• isomerization 10%

Chemistry

• Relaxation 100%
• Probe 50%
• Second-Harmonic Generation 30%
• Fluorescence 30%
• Methacrylate 30%
• Reaction Temperature 30%
• Polymer 30%
• Internal Rotation 20%
• Decoupling 20%
• Time 20%
• Reaction Activation Energy 10%
• Ethyl 10%
• Glass Transition Temperature 10%
• Copolymer 10%
• Isomerization 10%
• N-Ethylaniline 10%
• Donor 10%
• Acceptor 10%
• Diatomic Carbon 10%
• Point Group C1 10%