Study of ultra-microporous carbon nanostructures by transmission electron microscopy: application to modeling of adsorption isotherms with non local density functional theory accounting for pore wall corrugation.

Key Points

• Modeling of adsorption isotherms is effectively achieved using non local density functional theory with pore wall corrugation.
• Transmission electron microscopy reveals detailed structures of ultra-microporous carbon nanostructures essential for accurate modeling.
• The process involves precise measurement and analysis of nanopores to enhance understanding of adsorption behaviors.
• Understanding these adsorption processes may lead to improved design and application of carbon-based materials.