A four-temperature kinetic-theory approach for modeling vibrationally non-equilibrium
carbon dioxide flows is developed. The model takes into account all kinds of vibrational …

In the present study, a new hybrid approach is proposed to modeling coupled vibrational
and chemical kinetics in carbon dioxide (CO 2) and products of its decomposition. The study …

A heavy particle impact vibrational excitation and dissociation model for CO2 is presented.
This state-to-state model is based on the forced harmonic oscillator (FHO) theory, which is …

Conversion of CO2 and H2O into synthesis gas via the solar thermochemical process is
usually carried out at a high temperature of above 1500° C and requires long-term durability …

Abstract Hydrogen (H 2), being carbon free energy carrier, is best suitable for compression
ignition (CI) engines with better performance and lower carbon derived emissions. Novelty …

Since carbon dioxide (CO2) has a more substantial impact on climate change, it must be
recycled to slow down global warming. In this work, wet impregnation (at a 3 wt …

State-resolved chemical reactions in CO2 are studied by taking into account excitation of all
vibrational modes and preferential reaction mechanisms. The effect of several parameters …

The effects of electromagnetic fields (EMF) have been widely debated concerning their role
in chemical reactions. Reactions, usually took hours or days to complete, have been shown …

The article gives an in-depth analysis of the practical challenges of energy-based methods
in chemical reaction control. Challenges include catalyst and reactor designs, microwave …

The present invention relates to a system comprising a heat source to provide heat at the
desired temperature and energy field (eg a solar concentrator); an electron source …