Thermal decomposition of monomethylhydrazine: Shock tube experiments and kinetic modeling

Physics & Astronomy

• monomethylhydrazines 96%
• shock tubes 60%
• thermal decomposition 59%
• kinetics 32%
• decomposition 20%
• predictions 8%
• temperature 7%
• half life 5%
• cleavage 5%
• pressure dependence 5%
• ignition 5%
• sun 4%
• shock waves 4%
• dissociation 4%
• recording 4%
• argon 4%
• formalism 3%
• temperature dependence 3%
• coefficients 2%
• profiles 2%
• gases 2%

Medicine & Life Sciences

• Monomethylhydrazine 100%
• Shock 47%
• Hot Temperature 41%
• Kinetics 39%
• Temperature 23%
• Pressure 21%
• Theoretical Models 8%
• Argon 6%
• Solar System 5%
• Half-Life 4%
• Gases 4%

Chemical Compounds

• Pyrolysis 37%
• Pressure 31%
• Decomposition 28%
• Mixture 15%
• Master Equation 12%
• Shock Wave 12%
• Reaction Path 9%
• Reaction Half Life 8%
• Pharmacokinetics 6%
• Dissociation 6%
• Gas 4%
• Time 3%