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Omnitrak applications, elliiptical lens and spectrometer
For more information
Download the OmniTrak instruction manual: omnitrak.pdf
Case study: simulating a planar electron beam with OmniTrak: planarbeamdesign.pdf
Get information on Geometer: geometer.html
Get information on MetaMesh: metamesh.html
Get information on HiPhi: hiphi.html
Get information on Magnum: magnum.html
Download the GenDist Manual: gendist.pdf
OmniTrak (A3D0450)

Function
Charged-particle orbits and collective beam physics in electric and magnetic fields

Description
OmniTrak is the most advanced software tool available for the analysis of 3D charged-particle devices. The program combines finite-element methods with advanced interpolation techniques for fast and accurate orbit calculations. OmniTrak packages are complete tools that handle mesh generation, field solution, particle initiation, orbit tracking and analysis. OmniTrak has applications to areas such as high-power microwave sources, vacuum microelectronics, photomultipliers, particle accelerators, electrostatic and agnetostatic spectrometers, electron microscopes, ion-mobility spectrometers and high-power relativistic beams.The package includes ten integrated components: Geometer (build 3D structures in an interactive environment), MetaMesh (automatically create conformal hexahedron meshes), HiPhi (generate electrostatic solutions interactively in a window or under command control), PhiView (electric field plots and analysis), MagWinder (build complex 3D drive coil assemblies), Magnum (generate magnetic-field solutions interactively in a window or under command control), MagView (magnetic field plots and analysis), OmniTrak (orbit tracking and field regeneration), OmniView (plots and analysis of trajectories) and GenDist (plots and analysis of particle distributions).

Features
Option to combine the effects of calculated electric and magnetic fields from independent 3D meshes.
Easy-to-understand instruction manual with library of read-to-run examples.
Unique capability for self-consistent simulations of intense relativistic electron beams with full 3D calculations of beam-generated magnetic fields.
Self-consistent space- charge-limited emission routines support multiple species and emission sites.
Precision interpolation to stopping planes for lens characterization.
Batch-mode operation for automated analyses.
Package includes GenDist for automatic creation of input distributions and OmniView for plots and analyses.
Includes the PDF textbooks Principles of Charged Particle Acceleration (Wiley Interscience 1986) and Charged Particle Beams (Wiley Interscience, 1990).
Calculations of drift trajectories and transit times in ion-mobility mass spectrometers.
The Trak Charged Particle Toolkit is included at no extra charge.
One-time purchase price with no continuing license fees.

Please contact us for technical information, to arrange a free trial or to discuss how finite-element software can meet your goals.



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