The use of a jet-stirred Continuously Stirred Tank Reactor (CSTR) to study the homogeneous gas phase partial oxidation of methane to methanol

Chemistry

• Methane 77%
• Residence Time 67%
• Methanol 59%
• Pressure 56%
• Gas 51%
• Shaft 44%
• Thermal Resistance 39%
• Transfer Coefficient 39%
• Synthesis Gas 38%
• Autoclave 36%
• Dissipation 35%
• Heat Transfer 35%
• Jet 34%
• Thermal Conductivity 30%
• Transport Property 30%
• Diffusion Coefficient 28%
• Heat 24%
• Glass 22%
• Flow 21%
• Volume 18%
• Energy 15%
• Metal 14%

Engineering & Materials Science

• Methanol 99%
• Methane 91%
• Oxidation 86%
• Gases 55%
• Transport properties 30%
• Synthesis gas 30%
• Autoclaves 29%
• Ovens 28%
• Heat resistance 24%
• Heat transfer coefficients 22%
• Thermal conductivity 22%
• Glass 19%
• Costs 18%
• Heating 17%
• Experiments 17%
• Metals 15%
• Air 13%
• Hot Temperature 11%
• Temperature 9%

Physics & Astronomy

• methyl alcohol 100%
• methane 89%
• vapor phases 78%
• reactors 74%
• oxidation 71%
• vessels 26%
• costs 14%
• synthesis gas 13%
• autoclaves 13%
• ovens 11%
• heat transfer coefficients 10%
• linings 10%
• thermal resistance 10%
• ambient temperature 9%
• diffusion coefficient 7%
• dissipation 7%
• transport properties 7%
• thermal conductivity 7%
• heat 6%
• gradients 6%
• oscillations 6%
• heating 6%
• air 5%
• glass 5%
• metals 4%
• energy 2%