Modelling microdischarges in metal vapour of cadmium in comparison with electrical measurements - Computed discharge voltage (figure 4) | INPTDAT

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Modelling microdischarges in metal vapour of cadmium in comparison with electrical measurements - Computed discharge voltage (figure 4)

Discharge voltage for discharge lengths of 60, 100, and 160 µm and values of the field enhancement factor (FEF) of 130, 140, 150, and 160.

node943_figure4_2.csv

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Resources

Modelling microdischarges in metal vapour of cadmium in comparison with electrical measurements - Rate coefficients as a function of the electron temperature (figure 2)
TModelling microdischarges in metal vapour of cadmium in comparison with electrical measurements - Thermo-field emission current density of emitted electrons (figure 3)
Modelling microdischarges in metal vapour of cadmium in comparison with electrical measurements - Measured voltage as a function of the discharge length (figure 4)
Modelling microdischarges in metal vapour of cadmium in comparison with electrical measurements - Computed discharge voltage (figure 4)
Modelling microdischarges in metal vapour of cadmium in comparison with electrical measurements - Number density of electrons and Cd+ ions during the contact opening (figure 5)
Modelling microdischarges in metal vapour of cadmium in comparison with electrical measurements - Calculated electric potential and electric field in the discharge gap during the contact opening (figure 6)
Modelling microdischarges in metal vapour of cadmium in comparison with electrical measurements - Computed distributions of the gas and electron temperatures in the discharge gap during the contact opening (figure 7)

Additional Information

Field	Value
mimetype	text/csv
filesize	168 bytes
resource type	file upload
timestamp	Jul 16, 2025

Resource filetype	csv
Resource datatype	computation
Resource range	Discharge lengths of 60, 100, and 160 µm Values of the field enhancement factor (FEF) 130. 140, 150, and 160
Resource quality	published