The role of precursor states in the stereo-dynamics of elementary processes
The present perspective review focuses on the role of the precursor state, controlling the
dynamical evolution of elementary processes, whose structure and stability are often difficult …
dynamical evolution of elementary processes, whose structure and stability are often difficult …
Transport properties for neutral C, H, N, O, and Si-containing species and mixtures from the Gordon and McBride thermodynamic database
Accurate transport properties of non-ionized gas mixtures of C, H, O, N, and Si-containing
species at temperatures up to 4000 K are essential in many scientific fields. Mixture transport …
species at temperatures up to 4000 K are essential in many scientific fields. Mixture transport …
Numerical study on the influence of the plasma properties on the keyhole geometry in laser beam welding
Keyhole laser welding is the benchmark for deep-penetration joining processes. It needs
high incident laser beam power densities at the workpiece surface to take place. The …
high incident laser beam power densities at the workpiece surface to take place. The …
The selective role of the orbital angular momentum on the reaction stereo-dynamics
This paper reports on the characterization of the stereo-dynamic controlling three different
chemi-ionization reactions, recent objective of our study, since they participate to the …
chemi-ionization reactions, recent objective of our study, since they participate to the …
Thermal and non-thermal plasmas at atmospheric pressure
One of the typical classifications of plasma systems identifies two major categories: thermal
and nonthermal plasmas, in which the temperatures of the different plasma species are not …
and nonthermal plasmas, in which the temperatures of the different plasma species are not …
Transport properties of carbon-phenolic gas mixtures
The development of a new generation of ablative thermal protection systems based on
carbon-phenolic composite materials demands the accurate determination of transport …
carbon-phenolic composite materials demands the accurate determination of transport …
Modeling and simulation of low current atmospheric and high-pressure helium plasma discharges
A plasma discharge in a Helium gas reactor at different pressures and at low currents (0.25–
0.45 A) has been investigated by Computational Fluid Dynamic modeling coupled with the …
0.45 A) has been investigated by Computational Fluid Dynamic modeling coupled with the …
Calculation of thermodynamic properties and transport coefficients of $\mathrm {Ar/N_2\unicode {x2013} H_2\unicode {x2013} Si} $ plasma
Z Cheng, C **anhui, Z Yunfei… - Journal of Physics D …, 2024 - iopscience.iop.org
Calculation of thermodynamic properties and transport coefficients of plasma - IOPscience
Skip to content IOP Science home Accessibility Help Search all IOPscience content Search …
Skip to content IOP Science home Accessibility Help Search all IOPscience content Search …
A Numerical Investigation of the Thermal Transport Properties of Argon+ Hydrogen Plasma Working Gases in the Presence of Various TiO2 Precursor Solutions
We reported a numerical investigation of the thermal transport properties of argon (Ar)+
hydrogen (H2) plasma working gases such as the dynamic viscosity and thermal …
hydrogen (H2) plasma working gases such as the dynamic viscosity and thermal …
A mixture of Si3N4 powder and SiO2 sand as a novel DC arc quenching medium for improvement of the current-limiting performance of a model electric fuse
N Kodama, Y Yokomizu… - Journal of Physics D …, 2024 - iopscience.iop.org
A mixture of Si3N4 powder and SiO2 sand as a novel DC arc quenching medium for
improvement of the current-limiting performance of a model electric fuse - IOPscience Skip to …
improvement of the current-limiting performance of a model electric fuse - IOPscience Skip to …