000			01628nam a22001697a 4500
003			AUCL
005			20200903144738.0
008			141013t xxu||||| |||| 00| 0 eng d
040			_cAUI
100			_aJaved, Bilal (090511); 2009 _92293
245			_aElectromagnetic propulsion train
260			_aIslamabad _bDepartment of Mechatronics Engineering (Air University Main Campus) _c2013
300			_a53p. _eCD
520			_aWith the passage of time of population is increasing and increasing so in result cities are becoming congested and crowded so our normal modes of transportation will not be able to handle these overpopulated areas. Only the superconducting magnets and electromagnetism can solve this transportation problem. A magnetic train which can only be made by electromagnets can solve this problem. Due to the attraction-repulsion principal of the magnets the train moves forward. In our magnetic train model we have made the track, electromagnets are attached below the track and the permanent magnets are attached with the base of the train. Electric current given to coils produces magnetic field, which attracts or repels permanent magnets according to the position of the North-South Poles. Hall-Effect sensors are used for the purpose of changing the polarity of the electromagnets according to the North-South direction of the permanent magnets. This project gives the idea how to produce and implement the electromagnets, how to change their polarity and hence, the start of experimenting magnetic train, and later on it can be converted to magnetic levitated train.
526			_aBEMTS
942			_2ddc _cSP
999			_c14001 _d14001