Cyclotrons2016 - List of Authors (Wolf, C.R.)

Paper	Title	Page
MOB02	Simulation and Detection of the Helical Ion-Paths in a Small Cyclotron	21
	C.R. Wolf FZJ, Jülich, Germany M. Prechtl, R. Rueß HS Coburg, Coburg, Germany
	The small cyclotron COLUMBUS, which was developed by Gymnasium Ernestinum in cooperation with the University of Applied Sciences of Coburg, is a particle accelerator for education and teaching purposes. Since its inception, the cyclotron has been under continuous development and is part of the newly established student research center of the University of Applied Sciences of Coburg. This cyclotron accelerates hydrogen ions; the positions of them are registered after a few revolutions by a faraday cup which is moved across their paths by a Linear Translator. This thesis presents a MathLab Simulation of the orbits of the accelerated Hydrogen ions. In contrast to simpler models, which approximate the orbits in the acceleration gap by a straight line, this simulation takes into account the deflection by the magnetic field to get a more realistic result for the initial paths and the positions on which the ions are registered.
	Slides MOB02 [1.461 MB]
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Paper

Title

Page

Simulation and Detection of the Helical Ion-Paths in a Small Cyclotron

21

C.R. Wolf
FZJ, Jülich, Germany
M. Prechtl, R. Rueß
HS Coburg, Coburg, Germany

The small cyclotron COLUMBUS, which was developed by Gymnasium Ernestinum in cooperation with the University of Applied Sciences of Coburg, is a particle accelerator for education and teaching purposes. Since its inception, the cyclotron has been under continuous development and is part of the newly established student research center of the University of Applied Sciences of Coburg. This cyclotron accelerates hydrogen ions; the positions of them are registered after a few revolutions by a faraday cup which is moved across their paths by a Linear Translator. This thesis presents a MathLab Simulation of the orbits of the accelerated Hydrogen ions. In contrast to simpler models, which approximate the orbits in the acceleration gap by a straight line, this simulation takes into account the deflection by the magnetic field to get a more realistic result for the initial paths and the positions on which the ions are registered.

Slides MOB02 [1.461 MB]

Export •

reference for this paper using ※ BibTeX, ※ LaTeX, ※ Text/Word, ※ RIS, ※ EndNote (xml)