Analysis of nascent rotational energy distributions and reaction mechanisms of the gas-phase radical-radical reaction O(³P)+(CH ₃)₂CH→C₃H₆+OH

Chemical Compounds

• Rotational Energy 100%
• Ground State 54%
• Rotational State 53%
• Flash Pyrolysis 52%
• Photoionization Mass Spectrometry 51%
• Vibrational State 44%
• Photodissociation 39%
• Laser Induced Fluorescence Spectroscopy 38%
• Dioxygen 33%
• Potential Energy Surface 32%
• Propene 28%
• Bromide 25%
• Hydrocarbon 24%

Medicine & Life Sciences

• 2-bromopropane 68%
• Gases 58%
• Pyrolysis 53%
• propylene 53%
• Oxygen 49%
• Fluorescence Spectrometry 44%
• Hydrocarbons 43%
• Orbit 37%
• Mass Spectrometry 31%
• Lasers 27%
• Kinetics 25%
• Population 13%

Physics & Astronomy

• methylidyne 68%
• energy distribution 60%
• vapor phases 55%
• ground state 15%
• products 14%
• oxygen 13%
• rotational states 13%
• bromides 13%
• vibrational states 12%
• photodissociation 12%
• laser induced fluorescence 11%
• pyrolysis 11%
• reactivity 11%
• mass spectroscopy 11%
• photoionization 11%
• flash 11%
• hydrocarbons 10%
• potential energy 9%
• orbits 8%
• high resolution 6%
• kinetics 6%
• configurations 6%
• spectroscopy 6%