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Our software is designed for integration into complex sequences controlled by external programs or scripts. This integration is facilitated by the following features: All our programs may be launched from the command prompt or may be called by other programs with pass parameters. A previous post described new graphics features planned for the AMaze series of programs. They will be included with the October 1 update. The motivation is the creation of animations (movies in AVI format). We are adding expanded capabilities to the initial-value solution programs and postprocessors to generate sequences of BMP plot files, either autonomously or [...] Three new tutorials are available in the technical library that describe design studies for a hollow-beam, high-power klystron. The documents include material of general interest to anyone interested in high-current electron beam technology. In the case study, an annular electron beam with kinetic energy 100 keV and power 20 MW power is generated from an immersed cathode [...] Vacuum electronic devices for microwave generation (e.g., klystron, traveling wave tube,…) require high-current-density electron beams matched to a focusing solenoid. The standard approach is to use a gun outside the field that generates a converging beam. The motivation is to allow relatively low current density at the cathode, consistent with operation at moderate temperature for long [...] We’re expanding our collection of tutorials illustrating finite-element simulation techniques. They address practical applications as well as benchmark comparisons with theory. You can browse the full set in our Technical Library at http://www.fieldp.com/library.html. Finding inductance is one of the main uses of magnetic field software. We’ve just posted a tutorial that shows how to use PerMag to [...] |
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