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China Develops Microwave Cannon Capable of Bringing Down Satellites, Revolutionizing the Sector. The Chinese Cannon Can Be 68,000 Times Stronger Than the Earth’s Magnetic Field. Check Out All the Details!
China has developed a microwave cannon capable of bringing down satellites with waves 68,000 times stronger than the Earth’s magnetic field. This innovative Chinese cannon, equipped with four Stirling engines, can be mounted on the back of a truck, providing military flexibility to the Asian power.
How the Microwave Cannon That Can Bring Down Satellites Works
The cooling properties of Stirling engines will increase the power of the microwave weapon, with tests showing it consumes only one-fifth the energy of other similar systems.
China has developed similar models in the past; however, none have been able to emit this level of power, and certainly none with the ability to operate continuously for about four hours. If the reports are true, the Chinese cannon that brings down satellites will be the first to openly reveal Stirling engine technology to the public.
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According to the project team from China, led by electronic engineering scientist Xu Ce, the microwave cannon that can bring down satellites features a continuous and stable magnetic field with a strength 68,000 times greater than that of the Earth.
To put it in perspective, this is close to half the strength of the magnetic field that can be generated by the Large Hadron Collider (LHC) in Europe – the largest and most powerful particle collider in the world.
With the weapon system capable of being mounted on a truck, China can literally position it wherever it wants, offering an endless list of possibilities. And, with the ability to operate for up to four hours without losing power, longer missions will not be a problem.
Limitation of the Motor of the Chinese Cannon That Brings Down Satellites
The microwave cannon that can bring down satellites from China was developed jointly by the Northwest Institute of Nuclear Technology in Xi’an and the Institute of Electrical Engineering in Beijing, according to the South China Morning Post.
The project team noted how current HPM weapons, leveraged by strong magnetic fields, “suffer from the disadvantages of enormous energy consumption and large size.” Therefore, the engines are critical as they act as coolers, quickly removing heat from one location.
However, in a paper published last month in the Chinese academic journal High Power Laser and Particle Beams, the project team behind the Chinese cannon that brings down satellites explains how the Stirling engine has a limitation.
A motor can only cool up to 40 degrees above absolute zero. Furthermore, if the magnetic field is not strong enough, the quality of the electron beam generated by the microwave weapon will be compromised. As a result, it won’t be able to travel a long distance.
Alternatives Found by the Team from China
To ensure it can reach its maximum potential, Xu’s team used a high-temperature superconductor material called REBCO to achieve zero resistance between 40 and 50 degrees above absolute zero. They managed to reach a temperature of 48 degrees above absolute zero and generated a magnetic field greater than four teslas by combining a superconductor material with the engine.
According to their published paper, this combination led to an 80% reduction in the total energy consumption of the microwave cannon that can bring down satellites compared to traditional technology. Despite meeting the basic requirements, there is still room for improvement in the overall system, and further miniaturization is possible within the current framework.
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