1. Student:Dun-Hao Syu Teacher:Ru-Li Lin Southern Taiwan University of Science and Technology Department of Mechanical Engineering

2.  The maglev introduction  The type and composition of the maglev train  The principle of the maglev train  Top speed history  The advantages and disadvantages of the maglev train  References

3.  What maglev train: The MagLev use magnetic trains suspended in the tracks above. Maglev trains are often referred to as the MagLev, Magnetically Levitated train shorthand.  Inventor: In 1922, the German Hermann Kemper electromagnetic floating principle, in 1934 the world‘s first one on the maglev technology patent.

4. Two types of maglev in the world:  Japan represented superconductivity maglev.  Germany,represented by the often conductive magnetic levitation. German Transrapid 07Japan ML100

5.  Maglev technology is divided into tracks, vehicles, traction, run control four systems, 16 core technology. Movie.1

6.  The maglev train propulsion system with motor propulsion, equivalent to the portion of the motor housing fixed on the ground, and the rotary motor magnet mounted on the vehicle body electromagnet instead.The opposite wall with both side of the train, equipped with the equivalent of general motor field coil coil, pass on the current, it will become an electromagnet.

7. German Transrapid principleJapan-powered suspension

8. Basic information and characteristics \ System Category Germany electromagnetic maglev train Japanese superconducting maglev train Levitation principleControl the the electromagnet magnetic force can be stationary suspension Speed ​​induction induced suspension capability, the speed of the car is about 70 km above suspension Suspended positionAttract home on the track Track side suction push Levitation gap1.5cm30cm Top speed 430 km/hr550 km/hr Climbing degree10 %4 % Power station is setUHP partition settingsDouble circuit EHV partition settings

9. Japan MLX01-2 superconducting solenoid bogie

10.  Research stage maximum speeds of up to 450km / h  China officially began trial operation speeds of up to 430km / h  Japanese manned maglev train test speeds of up to 411km / h Movie.2

11. TechnologyAdvantageDisadvantage EMS Train inside and outside of the magnetic field is low compared to the electric power suspension. Has proved technically up to a very high speed (over 500 km / h). Due to the inherent instability of the system need to be constantly revised and external systems, vibration may cause a problem in the system. EDS Built magnet is substantially used in the train and the track, technically up to a very high speed (581 km / h) and a high load capacity. The inducibility of the tracks will limit the maximum speed of the train, the train must have a rotation running at low speed. Indutrack Failsafe suspension system without power as to activate magnet; at low speed (approximately 5 km / h) to generate sufficient magnetic field of the maglev train suspended When the train stop, still needs a period of continued movement of the wheel or track.

12.  http://en.wikipedia.org/wiki/Maglev http://en.wikipedia.org/wiki/Maglev  http://www.c- km.org.tw/Studentscope/introduct2/%E7%A3 %81%E6%B5%AE%E5%88%97%E8%BB%8A%E4%B 9%8B%E4%BB%8B%E7%B4%B9.pdf http://www.c- km.org.tw/Studentscope/introduct2/%E7%A3 %81%E6%B5%AE%E5%88%97%E8%BB%8A%E4%B 9%8B%E4%BB%8B%E7%B4%B9.pdf  http://win2k.klgsh.kl.edu.tw/ftproot/s93105 /train2.htm http://win2k.klgsh.kl.edu.tw/ftproot/s93105 /train2.htm  http://www.twce.org.tw/info/%E6%8A%80%E5 %B8%AB%E5%A0%B1/418-3-1.htm http://www.twce.org.tw/info/%E6%8A%80%E5 %B8%AB%E5%A0%B1/418-3-1.htm