Parametric Study for Dimeric Anthracene-Based Mechanophore-Embedded Thermoset Polymer Matrix Using Molecular Dynamics

Engineering & Materials Science

• Anthracene 100%
• Polymer matrix 72%
• Thermosets 71%
• Carboxylic acids 71%
• Molecular dynamics 65%
• Curing 55%
• Glass transition 26%
• Signal detection 26%
• Superconducting transition temperature 25%
• Yield stress 21%
• Covalent bonds 19%
• Temperature 18%
• Mechanical properties 15%
• Fluorescence 13%
• Chemical activation 10%
• Polymers 8%
• Sensors 6%

Physics & Astronomy

• anthracene 71%
• carboxylic acids 67%
• molecular dynamics 42%
• polymers 34%
• matrices 32%
• signal detection 28%
• yield strength 24%
• glass transition temperature 22%
• simulation 17%
• damage 16%
• mechanical properties 15%
• covalent bonds 14%
• temperature 13%
• methodology 9%
• activation 9%
• fluorescence 8%
• synthesis 8%
• sensors 7%
• performance 5%
• interactions 4%

Chemical Compounds

• Curing 54%
• Molecular Dynamics 43%
• Carboxylic Acid 36%
• Simulation 29%
• Yield Point 27%
• Glass Transition Temperature 19%
• Reaction Property 16%
• Covalent Bond 11%
• Fluorescence 6%