Ab initio study of Ar(n)-HCO⁺ (n = 0-6): Insight into size dependent cluster ion properties

Engineering & Materials Science

• Argon 37%
• Atoms 85%
• Binding energy 26%
• Blue shift 31%
• Crystal structure 21%
• Geometry 10%
• Hydrogen 13%
• Ions 76%
• Red Shift 27%
• Stretching 17%
• Vibrational spectra 26%

Chemistry

• Binding Energy 24%
• Cluster Ion 100%
• Crystal Structure 13%
• Dihedral Angle 23%
• Dissociation 19%
• Energy 39%
• Hydrogen 13%
• Molecular Cluster 17%
• Vibrational Frequency 26%

Physics & Astronomy

• analogs 13%
• argon 12%
• atoms 41%
• binding energy 14%
• crystal structure 13%
• dissociation 13%
• energy 14%
• geometry 9%
• harmonics 11%
• hydrogen 10%
• interactions 19%
• ions 38%
• rings 22%
• solid phases 15%
• solidified gases 23%