cst studio suite charged particle simulation

Both configurations were simulated with more than 10 000 particles and a relative accuracy of 10 - 3. The modelled geometries of the magnetron and the pierce-gun together with their particle trajectories are shown in Fig. For details of the pierce-gun please see Ref. The models exemplified here are the DC-part of a magnetron, a pierce-type gun and a simple multi-beam gun. The geometric modelling is based on the powerful ACIS kernel and allows definition of numerous basic shapes, Boolean operations (addition, subtraction, Results Preprocessing: The preprocessing of a structure (geometric description, material properties, boundary conditions, mesh generation) is made in an intuitive environment.

Once a physical model of the device under study has been established, it can be modelled in the 3D simulator in three steps: preprocessing, solving and postprocessing.

The FIT provides a general spatial Simulation procedure The finite integration technique: The build-in general-purpose electromagnetic solvers are based on the FIT, first proposed by T. Section snippets The CST PARTICLE STUDIO TM programĬST PARTICLE STUDIO TM (PS) is designed for gun-simulations and incorporates powerful electromagnetic field solvers for calculating the external fields, an efficient particle tracking algorithm and sophisticated emission models describing the extraction of particles from active surfaces into free space.

Cst studio suite charged particle simulation