PAC09 - List of Authors (Galkin, S.)

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Galkin, S.

Paper	Title	Page
TH5PFP053	Graphical Front-End and Object-Oriented Design for IonEx, an Ion Extraction Modeling Code	3324
	L. Grubert, N. Barov, B. Cluggish, S. Galkin, J.S. Kim Far-Tech, Inc., San Diego, California
	Funding: DOE IonEx is a new hybrid, meshless, cross-platform, 2D code which can model the extraction of ions from a plasma device. The application includes a user-friendly Graphical User Interface (GUI), which contains a geometry editor for specifying the domain. The design of IonEx utilizes the object-oriented functionality of C++, which provides an efficient means of incorporating a magnetic field, an arbitrary geometry, and an unlimited number of ion species into a simulation. Visualization of the resulting trajectories and emittances is accomplished through the GUI; openGL is used to accelerate the graphics. In this paper we will briefly review the physics and computational methods used, highlight important aspects of the object-oriented design, discuss the primary features of the GUI, describe the current status of IonEx, and present some simulation results.

Paper

Title

Page

TH5PFP053

Graphical Front-End and Object-Oriented Design for IonEx, an Ion Extraction Modeling Code

3324

L. Grubert, N. Barov, B. Cluggish, S. Galkin, J.S. Kim
Far-Tech, Inc., San Diego, California

Funding: DOE

IonEx is a new hybrid, meshless, cross-platform, 2D code which can model the extraction of ions from a plasma device. The application includes a user-friendly Graphical User Interface (GUI), which contains a geometry editor for specifying the domain. The design of IonEx utilizes the object-oriented functionality of C++, which provides an efficient means of incorporating a magnetic field, an arbitrary geometry, and an unlimited number of ion species into a simulation. Visualization of the resulting trajectories and emittances is accomplished through the GUI; openGL is used to accelerate the graphics. In this paper we will briefly review the physics and computational methods used, highlight important aspects of the object-oriented design, discuss the primary features of the GUI, describe the current status of IonEx, and present some simulation results.