Importance of vibrational zero-point energy contribution to the relative polymorph energies of hydrogen-bonded species

Physics & Astronomy

• bending vibration 22%
• crystals 16%
• density functional theory 13%
• energy 20%
• enthalpy 61%
• estimates 10%
• glycine 43%
• hydrogen 42%
• hydrogen bonds 17%
• inelastic scattering 15%
• lattice energy 46%
• neutron scattering 14%
• stems 18%
• vibrational spectra 19%
• zero point energy 88%

Engineering & Materials Science

• Amino acids 41%
• Crystals 34%
• Density functional theory 25%
• Enthalpy 70%
• Hot Temperature 8%
• Hydrogen 54%
• Hydrogen bonds 23%
• Inelastic neutron scattering 35%
• Polymorphism 86%
• Stretching 18%
• Vibrational spectra 27%

Chemical Compounds

• Bending Vibration 22%
• Crystal Energy 43%
• Crystal Morphology 17%
• Density Functional Theory 10%
• Energy 32%
• Enthalpy 54%
• Glycine 15%
• Hydrogen Bond 10%
• Inelastic Neutron Scattering 23%
• Vibrational Spectrum 16%
• Zero Point Energy 46%
• Zero-Point Vibrational Energy 100%