The Chinese 'Super Maglev' Train Will Travel in a Vacuum Chamber
Rahul Kalvapalle — May 23, 2014 — Autos
References: english.swjtu.edu.cn & gizmag
Scientists at Southwest Jiaotong University in China have built a 'Super Maglev' train that could reach mind-blowing speeds of 2,900 km/h. Maglev (magnetic levitation) trains use electromagnetism to lift the train off a track so that it seemingly levitates, and to propel it forward. By removing the need for physical contact via wheels, friction is reduced and speed can be increased.
The current fastest maglev passenger train is the Shanghai Maglev Train, which can travel at up to 431 km/h. At speeds like these, air resistance become a problem.
To get around this problem, the Super Maglev train would travel in a vacuum tube, making it faster and more energy-efficient.
Project leader Dr. Deng Zigang believes this incredible technology could have military and space launch applications.
The current fastest maglev passenger train is the Shanghai Maglev Train, which can travel at up to 431 km/h. At speeds like these, air resistance become a problem.
To get around this problem, the Super Maglev train would travel in a vacuum tube, making it faster and more energy-efficient.
Project leader Dr. Deng Zigang believes this incredible technology could have military and space launch applications.
Trend Themes
1. Supersonic Levitating Trains - The development of 'Super Maglev' trains that can reach speeds of 2,900 km/h and travel in a vacuum chamber presents disruptive innovation opportunities in transportation.
2. Magnetic Levitation Technology - The advancement of magnetic levitation technology in trains eliminates the need for physical contact via wheels, reducing friction and enabling higher speeds.
3. Vacuum Tube Transportation - The implementation of vacuum tube systems for transportation offers a solution to reduce air resistance, resulting in faster and more energy-efficient travel.
Industry Implications
1. Transportation - The transportation industry can explore the potential of supersonic levitating trains to revolutionize high-speed travel and improve energy efficiency.
2. Engineering - The engineering industry can leverage magnetic levitation technology advancements to develop innovative transportation solutions with reduced friction and increased speed.
3. Space Technology - The space technology industry can consider the application of 'Super Maglev' technology for military and space launch purposes, potentially improving launch velocity and efficiency.
4.8
Score
Popularity
Activity
Freshness
