This work aims to construct a reduced order model for energy transfer and dissociation in
non-equilibrium nitrogen mixtures. The objective is twofold: to present the Coarse-Grain …

A novel reduced-order method is presented for modeling reacting flows characterized by
strong non-equilibrium of the internal energy level distribution of chemical species in the …

This work presents the analysis of non-equilibrium energy transfer and dissociation of
nitrogen molecules (⁠ N 2 (Σ g+ 1)⁠) using two different approaches: the direct molecular …

This work proposes a new machine learning (ML)-based paradigm aiming to enhance the
computational efficiency of non-equilibrium reacting flow simulations while ensuring …

The present work focuses on the study of non-equilibrium effects in radio frequency
inductively coupled plasmas (ICP) using state-of-the-art electronic State-to-State (StS) …

Non-equilibrium plasma kinetics of reacting CO for conditions typically met in microwave
discharges have been developed based on the coupling of excited state kinetics and the …

Recent experiments by Groen et al (2019 Plasma Sources Sci. Technol. 28 075016) on CO
2 activation at high translational temperature (3500< T g< 5500 K) are analyzed with a self …

We present a detailed comparison of two high-fidelity approaches for simulating non-
equilibrium chemical processes in gases: the state-to-state master equation (StS-ME) and …

An advanced model for the calculation of electron energy distribution functions (eedfs),
vibrational distributions, and electronic excited state densities of reacting CO 2 in microwave …

This study focuses on the role of CO2 and CO electronically excited states in the kinetics of
CO2 cold non-equilibrium plasma discharges by means of a state-to-state OD kinetic model …