Identification of the Criegee intermediate reaction network in ethylene ozonolysis: Impact on energy conversion strategies and atmospheric chemistry

Physics & Astronomy

• atmospheric chemistry 100%
• reaction intermediates 99%
• energy conversion 73%
• ethylene 63%
• ionization 46%
• mass spectrometers 45%
• aerosols 43%
• photoionization 42%
• aldehydes 31%
• formic acid 31%
• far ultraviolet radiation 31%
• formates 30%
• peroxides 28%
• thresholds 26%
• oligomers 25%
• ozone 23%
• molecular beams 22%
• quantitative analysis 22%
• functionals 20%
• methane 20%
• fragmentation 19%
• atmospheric pressure 19%
• synchrotrons 18%
• reactors 16%
• atmospheres 15%
• high resolution 13%
• water 12%
• photons 12%
• curves 12%
• molecules 11%
• temperature 6%
• energy 6%

Chemical Compounds

• Criegee Reaction 98%
• Atmospheric Chemistry 89%
• Ozonolysis 79%
• Reaction Intermediate 68%
• Hydroperoxide 56%
• Photoionization 25%
• Ionization 17%
• Atmospheric Aerosol 16%
• Molecular Beam 13%
• Aerosol 11%
• Formate 11%
• Addition Reaction 10%
• Ionization Potential 10%
• Peroxide 9%
• Formic Acid 9%
• Fragmentation 9%
• Oligomer 8%
• Methane 8%
• Aldehyde 7%
• Pressure 6%
• Molecule 3%