An experimental study of hypervalent molecular clusters by neutralized ion beam spectroscopy: NH₄(NH₃)_n and ND₄(ND₃)_n for n = 1-3

Engineering & Materials Science

• Absorption spectra 40%
• Atoms 29%
• Dimers 42%
• Electrons 28%
• Ion beams 79%
• Ionization potential 100%
• Ions 25%
• Rydberg states 63%
• Scattering 26%
• Spectroscopy 62%
• Thermodynamics 24%

Physics & Astronomy

• absorption spectra 10%
• atoms 7%
• dimers 12%
• electron transfer 14%
• electronic spectra 16%
• ion beams 43%
• ionization potentials 30%
• ions 6%
• life (durability) 9%
• metastable state 28%
• molecular clusters 73%
• neutral beams 15%
• profiles 7%
• scattering 7%
• spectroscopy 29%
• thermodynamics 9%

Chemistry

• Absorption Spectrum 10%
• Electron Transfer 9%
• Hypervalence 67%
• Internal Energy 17%
• Ion 5%
• Ion Beam 61%
• Ionization Potential 27%
• Mass Spectrum 12%
• Molecular Cluster 36%
• Rydberg State 21%
• Thermodynamics 8%
• Transfer Reaction 13%