K. Ahmad, A., A. Ali, F., A. Al-Tabbak, A., M. Juma, S. (2014). Computer Aided Design of a Magnetic Lens Using a Combined Dynamic Programming and Artificial Intelligence Technique. Alustath, 10(1), 33-37.
Ahmad K. Ahmad; Fadhil A. Ali; Ahmed. A. Al-Tabbak; Sabah M. Juma. "Computer Aided Design of a Magnetic Lens Using a Combined Dynamic Programming and Artificial Intelligence Technique". Alustath, 10, 1, 2014, 33-37.
K. Ahmad, A., A. Ali, F., A. Al-Tabbak, A., M. Juma, S. (2014). 'Computer Aided Design of a Magnetic Lens Using a Combined Dynamic Programming and Artificial Intelligence Technique', Alustath, 10(1), pp. 33-37.
K. Ahmad, A., A. Ali, F., A. Al-Tabbak, A., M. Juma, S. Computer Aided Design of a Magnetic Lens Using a Combined Dynamic Programming and Artificial Intelligence Technique. Alustath, 2014; 10(1): 33-37.

Computer Aided Design of a Magnetic Lens Using a Combined Dynamic Programming and Artificial Intelligence Technique

Iraqi Journal of Applied Physics
Article 1, Volume 10, Issue 1, March 2014, Pages 33-37
Authors
Ahmad K. Ahmad; Fadhil A. Ali; Ahmed. A. Al-Tabbak; Sabah M. Juma
Abstract
A computer aided design (CAD) by using optimization methods for design magnetic lens by mixing the dynamic programming procedure and artificial intelligence technique. CADION package has been designed and written in Java expert system shell (JESS 6.1) and Visual Basic 6 (VB6) for optimizing and analyzing full calculation processes. The optimized axial magnetic flux density according to constraints has been used in design of pole piece.
Keywords
Magnetic lenses; Dynamic programming; artificial intelligence; Aberration
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