Plasma Discharge

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Stephen M. Elliott of Thin Film Consulting discusses his use of Opera FEA

In this short video Stephen M. Elliott of Thin Film Consulting discusses his use of Opera FEA Simulation Software over his distinguished career, with Andrew Farebrother from Cobham Technical Services. During his career, Stephen M. Elliott has worked on the development of very high voltage generators, ion beam sources, electron guns, linear accelerators, field effect [...] Posted in Charged Particle Devices,Electron Beam Guns,General,Plasma Discharge,X-Ray Tubes
Techpaper

Development of a Methodology for Numerical Simulation of a DC ARC Discharge in a Liquid Dielectric

Authors: Christopher James Lewis Brigham Young University – Provo All Theses and Dissertations. Paper 2394 Abstract: The majority of literature regarding the numerical simulation of arc discharges in gaseous environments has used a plasma physics approach. Virtually all simulations treat the discharge as an idealized gaseous plasma, which can be described by temperature, pressure, and […]

Posted in Plasma Discharge
Simulating-charge-particle-sources-beams

Simulating Charged-Particle Sources and Beams IOP Webinar

From electron lithography to ion sources to field-tip emitters for flat-screen displays, the modelling of charged particle devices is critical in ensuring optimum efficiency and performance. This webinar discusses the modelling of space-charge-limited emission and particle tracking using the Opera software suite.

Posted in Charged Particle Devices,Electron & Ion Beam Lithography,Electron Beam Guns,Ion Beam Sources,Linear Beam Tubes,Plasma Discharge,Space Charge Ion Beam Compensation,X-Ray Tubes