HOMOPOLAR GENERATOR CHARGED INDUCTORS.
M.D. Driga, K. Nalty, R.C. Zowarka, T.A. Aanstoos, A. Wu, W.F. Weldon
Abstract
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M.D. Driga, K. Nalty, R.C. Zowarka, T.A. Aanstoos, A. Wu, W.F. Weldon
Abstract
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The Center for Electromechanics at The University of Texas at Austin (CEM-UT) has carried out several major experimental programs using homopolar generator (HPG)-charged inductors; namely, the fast discharge experiment (FOX) field coil experiments, the General Dynamics single-shot railgun, and the compact homopolar generator/inductor (CHPG/I) experiments. As a result of this experimental and theoretical work, CEM-UT experience with modeling and predicting the performance of HPG-charged inductive energy store systems has been refined. This paper presents techniques found useful for estimating and modeling of HPG inductive energy store systems.
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The Center for Electromechanics at The University of Texas at Austin (CEM-UT) has carried out several major experimental programs using homopolar generator (HPG)-charged inductors; namely, the fast discharge experiment (FOX) field coil experiments, the General Dynamics single-shot railgun, and the compact homopolar generator/inductor (CHPG/I) experiments. As a result of this experimental and theoretical work, CEM-UT experience with modeling and predicting the performance of HPG-charged inductive energy store systems has been refined. This paper presents techniques found useful for estimating and modeling of HPG inductive energy store systems.
Key concepts: Inductor, Generator (circuit theory), Homopolar motor, Computer science, Electrical engineering, Physics, Engineering, Power (physics)