Maglev Trains And The Technology Behind Them

Magnetic levitation train and the technology behind it Magnetic magnet is a phenomenon that occurs when the moving charge exerts a force on another moving charge. The magnetic force caused by these mobile charges then establishes a field that exerts a force on the other mobile charges. The magnetic field was found to be perpendicular to the current velocity. Depending on the distance the electric field attenuates. Most of the magnets we encounter are weak magnetic permanent magnets such as refrigerator magnets and door locks.

MAGLEV train is a means of transportation including magnet science, meaning future transportation technology. What is the MAGLEV train? MAGLEV stands for "Maglev", it moves using magnetic force. This technology seems to be very futuristic, but its history can be traced back to the 20th century! It did not start in 1909, but an American rocket scientist named Robert Goddard thought about a transportation system vehicle that was interrupted at high speed transportation. French engineer Bachelet also built a model train using the same design as today. Even though these early scientists thought of this idea, they could not find a way to carry out this type of transport.

Applying magnetic levitation (magnetic levitation) technology to transport networks around the world may seem like a futuristic idea, but since 1984 a train running on a magnetic levitation system is running. In 2015, the speed of Japanese linear motor cars exceeded 600 km / h, but researchers at Southwest Jiaotong University in China are testing prototypes of ultra high speed bullet trains based on magnetic levitation technology. The Super Maglev train uses the same basic technology as the previous version, except for the next generation transmission innovation that can reduce air friction and speed by using a vacuum tube. As traditional magnetic levitation projects are still under consideration in major cities in the US and Asia, these trains will be operated in the coming years.