Framework of unified nonequilibrium plasma model and collisional-radiative model - Ionisation rate coefficients (figure 1) | INPTDAT

Primary tabs

Framework of unified nonequilibrium plasma model and collisional-radiative model - Ionisation rate coefficients (figure 1)

Ionisation rate coefficients Kion,t [m^3/s] for Cd and Zn as a function of the electron temperature Te [eV]. The ionisation rate coefficients account for both direct and step-wise ionisation.

node1030_figure_1.csv

Data Preview: Note that by default the preview only displays up to 100 records. Use the pager to flip through more records or adjust the start and end fields to display the number of records you wish to see.

Resources

Framework of unified nonequilibrium plasma model and collisional-radiative model - Ionisation rate coefficients (figure 1)
Framework of unified nonequilibrium plasma model and collisional-radiative model - Thermo-field emission current density of electrons from a cathode made of Cd (figure 2a)
Framework of unified nonequilibrium plasma model and collisional-radiative model - Thermo-field emission current density of electrons from a cathode made of Zn (figure 2b)
Framework of unified nonequilibrium plasma model and collisional-radiative model - Measured and computed in the UNEM voltage for microdischarges in metal vapours of Cd (figure 4a)
Framework of unified nonequilibrium plasma model and collisional-radiative model - Measured and computed in the UNEM voltage for microdischarges in metal vapours of Zn (figure 4b)
Framework of unified nonequilibrium plasma model and collisional-radiative model - Distributions of the electric potential for microdischarges in metal vapours of Cd (figure 5 Cd)
Framework of unified nonequilibrium plasma model and collisional-radiative model - Distributions of the electric potential for microdischarges in metal vapours of Zn (figure 5 Zn)
Framework of unified nonequilibrium plasma model and collisional-radiative model - Density of space charge in the vicinity of the cathode in microdischarges of Cd (figure 6 Cd)
Framework of unified nonequilibrium plasma model and collisional-radiative model - Density of space charge in the vicinity of the cathode in microdischarges of Zn (figure 6 Zn)
Framework of unified nonequilibrium plasma model and collisional-radiative model - Distribution of the electron temperature in microdischages of metal vapour of Cd and Zn (figure 7a)
Framework of unified nonequilibrium plasma model and collisional-radiative model - Distributions of the gas temperature in microdischages of metal vapour of Cd and Zn (figure 7b)
Framework of unified nonequilibrium plasma model and collisional-radiative model - Predicted number densities of electrons and excited states of Cd and Zn (figure 8)
Framework of unified nonequilibrium plasma model and collisional-radiative model - Temporal evolution of the spatially averaged line intensities in Cd (figure 9a)
Framework of unified nonequilibrium plasma model and collisional-radiative model - Temporal evolution of the spatially averaged line intensities in Zn (figure 9b)

Additional Information

Field	Value
mimetype	text/csv
filesize	390.36 KB
resource type	file upload
timestamp	May 27, 2026

Resource filetype	csv
Resource datatype	data table
Resource range	The values of the electron temperature go up to approx. 100 eV.
Resource quality	published