how to (better) version beam transport

accurate calculations of the complex electrostatic fields surrounding a charged mesh are pivotal to apprehend their effects on particle motion. Analytical solutions have been determined using several assumptions; however, they restrict the potential to be completely assured in the fields generated round a physical twine mesh and with a multi-mesh machine it becomes even greater complicated. To this quit finite element solvers were used to accurately model a mesh and calculate fairly unique potentials across the shape the use of the exact geometry of a physical mesh.

Simulation tools frequently used for these structures are black boxes because the consumer has little get entry to or information into what codes are doing. for that reason an easy-to-use Matlab-Simulink code was developed which uses discipline values calculated by the finite detail approach with a purpose to absolutely simulate particles touring via mesh based structures. This new code permits any initial distribution of particles to be simulated and as such offers the consumer greater freedom to recognize particle dynamics using a mesh of any dimensions and with any potential carried out. The Simulink framework additionally allows adjustments to be made to the model to match precise requirements with the option to apply traditional script primarily based algorithms. This code has been made freely to be had so that it can be used by everybody who needs to use it to apprehend their mesh systems in greater element.