Publication | Closed Access
High Degree of Dissociation of Nitrogen Molecules in Large-Volume Electron-Beam-Excited Plasma
13
Citations
11
References
2000
Year
Nitrogen MoleculesEngineeringLarge-volume Electron-beam-excited PlasmaLaser-plasma InteractionPlasma SciencePlasma PhysicsChemistryHigh DegreeDense PlasmaInstrumentationPhysicsApplied Plasma PhysicAtomic PhysicsPhysical ChemistryLarge-volume N 2-Ar Mixture PlasmaNatural SciencesApplied PhysicsBeam EnergyPlasma Application
The degree of dissociation of nitrogen is measured in a large-volume N 2 -Ar mixture plasma generated by an electron-beam-excited plasma device. The device features independent control of the beam current and energy. In setting the beam current and energy at 3.4 A and 140 V, the degree of dissociation of nitrogen was 0.16. The high degree of dissociation is attributed to the characteristics of the system in which the degree depends on the beam energy fed into the plasma and not the size of the chamber, as it is in conventional plasma sources. In view of the device characteristics, high-density atomic nitrogen can be obtained with electron-beam-excited plasma in a large-volume device.
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