The General Particle Tracer code (GPT) is being used as the major design tool for the whole fusion FEM beam line, from the accelerator to the depressed collector. The high accuracy, ability to include FEL interaction and full 3D treatment make GPT the ideal choice for such a project. An ...
The General Particle Tracer (GPT) code is a well established simulation platform for the study of charged particle dynamics in electromagnetic fields. The code is completely 3D, including the space-charge model. Because of its modern implementation, GPT can be conveniently customized without compromisi...
Verhoeven, "3d Design of the Fusion-Fern Depressed Collector Using the General Particle Tracer (GPT) Code", PAC'99, New York, 1999.S.B. van der Geer, M.J. de Loos, W.H. lJrbanus, A.G.A. Verhoeven, "3d Design of the Fusion-Fern Depressed Collector Using the General Particle ...
The General Particle Tracer (GPT) code provides a new 3D simulation package to study charged particle dynamics in electromagnetic fields. Because of its modern implementation, GPT can be conveniently customized without compromising its ease of use, accuracy or simulation speed. The most common use ...
The General Particle Tracer code (GPT) is being used as the major design tool for the whole fusion FEM beam line, from the accelerator to the depressed collector. The high accuracy, ability to include FEL interaction and full 3D treatment make GPT the ideal choice for such a project. An ...