What is electromagnetic formation?
electromagnetic forming is a process where high electricity levels create a contradictory magnetic field in a metal object, which is then formed in the shape of a stronger magnetic field in the working coil generator. It is most often used to create highly conductive metals such as copper and aluminum, but can also be used to create steel parts or to combine conductive and non -conductive materials such as copper and ceramics. Because this process has such high energy requirements and is subject to inertia effects that require accurate control, it is usually used only to reduce or expand the metal pipes. Creating high speeds using magnetic fields also has an application in the formation of sheet metal and metal-ceramic composites used in Supecondacters and other components. It was not known as magneforming, in 1924 using lead batteries to create a magnetic field of up to 500,000 Gauss in the fort for three milliseconds. Gauss is a measure of magne forceTical field A compared to the Earth's magnetic field ranges from 0.3 to 0.6 Gaussa. Pyotr's research on magnetic fields above 300,000 Gauss in strength led to violent explosion and later attempted electromagnetic forming switched to rapid discharge of high -voltage banks.
By the end of the 1950s, the electromagnetic formation of industrial patents had a process and in the early 1960s it was formed by tubular parts. The air industry has seen the use of the method because it can create tubing that is extremely uniform. All main commercial corporations in the field of aviation production around the world had their own magneration of Equipment under 70 years and improved the process under 80.
The development of electromagnetic formation technology has remained largely secret because the application has a thermonuclear fusion research. A practical fusion reactor would not create any nuclear waste, had noThe chance of melting and could be triggered on the deuterium fuel extracted from the sea water, so many nations compete first to improve this process. One of the most basic problems with fusion research is how to contain a fusion reaction, and the magnetic fields examined in electromagnetic forming can be a solution to the problem.