Effect of calcination temperature and chemical composition of pan-derived carbon microfibers on n₂, co₂, and ch₄ adsorption

Ingeniería y ciencia de los materiales

• Microfibers 100%
• Calcination 88%
• Adsorption 67%
• Carbon 52%
• Chemical analysis 44%
• Carbonization 33%
• Hysteresis loops 31%
• Temperature 27%
• Adsorbates 25%
• Adsorbents 20%
• Enthalpy 17%
• Nitrogen 15%
• Electrospinning 11%
• Functional groups 11%
• Differential thermal analysis 10%
• X ray photoelectron spectroscopy 10%
• Isotherms 10%
• Desorption 9%
• Chemical properties 9%
• Cryogenics 9%
• Transmission electron microscopy 8%
• Molecules 8%
• Oxygen 6%

Física y astronomía

• microfibers 89%
• roasting 78%
• chemical composition 61%
• adsorption 52%
• carbon 45%
• carbonization 34%
• polyacrylonitrile 23%
• adsorbents 22%
• temperature 20%
• hysteresis 20%
• enthalpy 15%
• nitrogen 12%
• cryogenic temperature 9%
• chemical properties 9%
• isotherms 8%
• closures 8%
• thermal analysis 8%
• selectivity 8%
• desorption 7%
• interactions 6%
• transmission electron microscopy 5%
• causes 5%
• augmentation 5%
• oxygen 5%
• molecules 4%

Química

• Microfiber 85%
• Calcination Temperature 67%
• Hysteresis 33%
• Adsorption 33%
• Carbon Atom 32%
• Adsorbent 17%
• Adsorption Enthalpy 16%
• Enthalpy of Adsorption 15%
• Nitrogen 13%
• Adsorption and Desorption Isotherm 12%
• Cryogenics 12%
• Time 12%
• Ab Initio Calculation 9%
• Calcination 9%
• Surface 7%
• Volume 6%
• Dioxygen 5%
• Reduction 5%
• Molecule 4%