Simulation and Optical Design of Charged-particle Guns and Beam Transport Systems
Field Simulation Consultants can help meet your design goals for charged-particle devices. We have over forty years' experience in beam experiments and the innovations for challenging applications. We also have an unequaled array of numerical simulation tools. The Trak code (2D gun design) is a world standard for versatility and accuracy. The 3D OmniTrak code applies advanced finite-element techniques on a full conformal mesh. Features include detailed models of secondary emission from arbitrary surfaces, self-consistent field emission and beam-generated fields of non-circular relativistic electron beams. OmniTrak is well suited to the design of beam deflection systems, with and without self-consistent space-charge forces. With the Xenos code suite, we can port beam simulation results to 3D codes that handle the generation and propagation of X-rays as well as heat transport with the option for thermal radiation boundaries.
Simulation and Optical Design of Charged-particle Guns and Beam Transport Systems
Field Simulation Consultants can help meet your design goals for charged-particle devices. We have over forty years' experience in beam experiments and the innovations for challenging applications. We also have an unequaled array of numerical simulation tools. The Trak code (2D gun design) is a world standard for versatility and accuracy. The 3D OmniTrak code applies advanced finite-element techniques on a full conformal mesh. Features include detailed models of secondary emission from arbitrary surfaces, self-consistent field emission and beam-generated fields of non-circular relativistic electron beams. OmniTrak is well suited to the design of beam deflection systems, with and without self-consistent space-charge forces. With the Xenos code suite, we can port beam simulation results to 3D codes that handle the generation and propagation of X-rays as well as heat transport with the option for thermal radiation boundaries.
