Modelling studies of arcs of short length between copper electrodes - Computed arc voltage as a function of the time of moving for various discharge radii (figure 1) | INPTDAT

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Modelling studies of arcs of short length between copper electrodes - Computed arc voltage as a function of the time of moving for various discharge radii (figure 1)

Computed arc voltage as a function of the time of moving for a field enhancement factor of 140 and a molar fraction of Cu 0.002.

node942_figure1.csv

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Modelling studies of arcs of short length between copper electrodes - Computed arc voltage as a function of the time of moving for various discharge radii (figure 1)
Modelling studies of arcs of short length between copper electrodes - Computed arc voltage as a function of the time of moving for various values of the field enhancement factor (figure 2)
Modelling studies of arcs of short length between copper electrodes - Computed arc voltage as a function of the time of moving for various admixtures of copper metal vapour (figure 3)
Modelling studies of arcs of short length between copper electrodes - Distribution of the electric potential for selected gap lengths during the contact opening (figure 4a)
Modelling studies of arcs of short length between copper electrodes - Distribution of the electron temperature in the discharge gap for various gap lengths during the contact separation (figure 4b1)
Modelling studies of arcs of short length between copper electrodes - Distribution of the gas temperature in the discharge gap for various gap lengths during the contact separation (figure4b2)
Modelling studies of arcs of short length between copper electrodes - Distribution of the mole fraction of neutral species in the discharge gap for a gap length of 3 mm (figure 5a)
Modelling studies of arcs of short length between copper electrodes - Distribution of the number densities of electrons and singly charged copper ions in the discharge gap for a gap length of 3 mm (figure 5b)

Additional Information

Field	Value
mimetype	text/csv
filesize	480 bytes
resource type	file upload
timestamp	Jul 15, 2025

Resource filetype	csv
Resource datatype	data tabe
Resource range	Time of moving up to 62 ms, electric voltage up to 65 V.
Resource quality	published