___

• Yamamura, S., Theory of Linear Induction Motors,
• Halstead Press, Division of John Wiley&Sons, Inc.,
• New York, 1972.
• McLean, G.W., “Review of Recent Progress in Linear
• Motors”, IEE Proceedings, Vol. 135, Pt. B, No. 6,
• –416, 1988.
• Mirsalim, M., Doroudi, A. ve Moghani, J.S.,
• “Obtaining The Operating Characteristics of Linear
• Induction Motors: A new Approach”, IEEE
• Transaction On Magnetics, Vol. 38, No. 2, 1365–
• , 2002.
• Dae-Kyong, K. ve Byung-II, K., “A Novel Equivalent
• Circuit of Linear Induction Motor Based on Finite
• Element Analysis and Its Coupling With External
• Circuits”, IEEE Transaction On Magnetics, Vol. 42,
• No. 10, 3407–3409, 2006.
• Kang, G. ve Nam, K., “Field-Oriented Control Scheme
• For Linear Induction Motor With The End-Effect”,
• IEE Proc.-Electr. Power Appl., Vol. 152, No. 6,
• –1572, 2005.
• Altun, H. ve Sünter, S., “Matrix Converter Induction
• Motor Drive: Modeling, Simulation and Control”,
• Electrical Engineering, 86-1, 25-33, 2003.
• Gündoğdu, A. ve Altun, H., “Simulation of a RL Load
• Fed By a Matrix Converter With Matlab/Simulink”,
• Journal of The Faculty of Engineering and
• Architecture of Gazi University, Vol. 24, No. 2, 199–
• , 2009.
• Pai, R.M., Boldea, I. ve Nasar, S.A., “Complete
• Equivalent Circuit of a Linear Induction Motor With
• Sheet Secondary”, IEEE Transaction On Magnetics,
• Vol. 24, No. 1, 639–653, 1988.
• Gieras, J.F., Dawson, G.E. ve Eastham, A.R., “A New
• Longitudinal End Effect Factor For Linear Induction
• Motors”, IEEE Transactions on Energy Conversion,
• Vol. EC–2, No. 1, 1987.
• Wei, X., Jianguo, Z., Youguang, G., Longcheng, T. ve
• Shuhong, W., “Analysis on Performance of Linear
• Induction Motor Basing on Winding Function
• Method”, ICIEA 2009, 4th IEEE Conference on
• Industrial Electronics and Applications, 3639-3642,
• Xi’an-China, 25-27 May 2009.
• Zhao, J., Zhongping, Y., Jianqiang, L. ve Trillion,
• Q.Z., “Indirect Vector Control Scheme For Linear
• Induction Motors Using Single Neuron Pı Controllers
• With and Without The End Effects”, 7th World
• Congress on Intelligent Control and Automation,
• -5267, Chongqing-China, June 25-27 2008.
• Duncan, J. ve Eng, C., “Linear Induction Motor-
• Equivalent-Circuit Model”, IEE Proc., Vol. 130, Pt. B,
• No. 1, 51–57, 1983.
• Venturini, M., “A New Sine Wave in Sine Wave Out
• Conversion Technique Which Eliminates Reactive
• Elements”. Proceedings of Powercon 7, San Diego,
• Calif., pp E3-1, E3-15, 1980.
• Sünter, S., A Vector Controlled Matrix Converter
• Induction Motor Drive. PhD Thesis, Department of
• Electrical and Electronic Engineering, University of
• Nottingham, 1995.
• The MathWorks, MATLAB®, Matlab 7.5.0 (R2007b),
• -
• Kürüm, H. ve Altun, H., “Modelling The End-Effect In
• The Linear Asynchronous Motors”, International
• Aegean Conference on Electrical Machines and
• Power Electronics, ACEMP’2001, Kuşadası-Turkey,
• -23, 27-29 June, 2001.