What are the different types of super strong magnets?
Super strong magnets are used in scientific and engineering applications where naturally formed magnets are not strong enough. Scientists have discovered ways to increase the natural magnetic properties of some electricity materials. Other super strong magnets are made of elements such as Nechzymium, sometimes alloyed by other metals. Such magnets have many common uses in modern technologies as well as more unusual applications in scientific research and even veterinary medicine.
Magnetism is a natural feature of many materials; Some metals such as iron have such strong magnetic fields that they attract other metals. This happens because iron atoms have electrons that spin in tandem, unlike other materials that turn in random directions. This creates a strong attraction to items with a similar atomic structure. In 1824, scientists William Sturgeon found that electricity could significantly increase this attraction and create the first electromagnet. Later scientists have improved in process and replacedThey said super strong magnets that could be turned on and off.
At the end of the 20th century, scientists found that certain elements could be combined into the most powerful super strong magnets. These magnets of rare soils include Samarium - Cobalt and even stronger non -repair magnets. Their magnetic fields are so strong that they can destroy sensitive magnetic materials such as computer units and credit cards if they are too close. In fact, large neodymium magnets can even cause danger to human health if they are incorrectly solved. These magnets have such a strong attraction to metal that they could actually crush anything and a nearby metal object, including the human hand.
Super strong magnets have many applications in science and engineering. Basic TV files and computer monitors use electromagnets focusing electron beams for creationImage. A similar process, very reinforced, is used in particle accelerators for scientific research. Magnetic levitation or Maglev trains use high -performance magnets to move train cars without actual contact with their rails. Trains in Japan, Germany and other places use this process to achieve faster driving without friction.
Super strong magnets are commonly used in stereo speakers, electric motors and generators and electrical transformers. In medicine, magnetic resonance imaging enables non -invasive examination of patient patients. Groups use electromagnets for cranes to lift cars and other large metal objects. The most unusual use for powerful magnets is the magnet of cows that is designed to be swallowed by cattle. King of the magnet is harmlessly falling into the stomach of the cow and prevents any random ingested metal objects to disturb the animal's digestive tract.