Far IR spectra and heat capacities for propylene carbonate and propylene glycol, and the connection to the dielectric response function

Chemical Compounds

• Dielectric Response 100%
• Response Function 98%
• Far-Infrared Spectrum 92%
• Heat Capacity 71%
• Glycol 64%
• Propene 57%
• Carbonate 55%
• Molecular Libration 23%
• Entropy of Fusion 18%
• Potential Energy Hypersurface 17%
• Microwave Absorption 14%
• Dielectric Relaxation 14%
• Liquid 12%
• Time 12%
• Molten Salt 12%
• Dielectric Material 10%
• Glass Transition Temperature 9%
• Absorption Spectrum 8%
• Purity 5%
• Energy 5%

Engineering & Materials Science

• Glycols 89%
• Propylene 81%
• Carbonates 79%
• Specific heat 73%
• Relaxation time 45%
• Dielectric relaxation 20%
• Relaxation processes 17%
• Absorption spectra 17%
• Liquids 15%
• Temperature 14%
• Glass transition 13%
• Potential energy 12%
• Superconducting transition temperature 12%
• Energy absorption 12%
• Molten materials 11%
• Salts 10%
• Microwaves 10%
• Infrared radiation 10%
• Entropy 9%
• Dynamical systems 9%
• Fusion reactions 9%
• Set theory 7%

Physics & Astronomy

• propylene 83%
• carbonates 79%
• glycols 74%
• specific heat 54%
• relaxation time 27%
• libration 15%
• molten salts 14%
• microwave absorption 13%
• energy absorption 13%
• liquids 12%
• coupled modes 11%
• glass transition temperature 11%
• crossovers 10%
• potential energy 9%
• fusion 9%
• absorption spectra 8%
• entropy 8%
• temperature dependence 7%
• temperature 6%