What should I know about the elements of rare soils?

There are 17 different elements of rare soils, including 15 lanthanide and two transitional metals. The first of these elements was discovered at the end of the 18th century in the form of mineral ore, which contained two lanthanide in addition to silicon and iron. Originally they were referred to as rare soils, because it was unusual to find them in economically abusive mineral deposits, but elements of rare soils are not really rare at all, and some of them are actually quite abundant. These elements are very important for modern technology and can be used in everything, from cell phones to TVs and batteries for electric cars. These elements can often be found in the same mineral deposits and also share some chemical similarities. For example, yttrium is never found as an element for free. Instead, it is always found in Mineral Compounds with other elements, many of which are usually lanthanide. The physical properties of yttrium also make it possible to adapt between the atomic weights of Gadolinia and Erbia and has a similar chemical REactivity to two more lanthanide.

Rare soil elements are not particularly rare, so this term can be somewhat misleading. Some elements of rare soil have a abundance of similar copper and even the most important is much more common than gold. The reason they are referred to as rare is the way they are in nature. It is relatively unusual to find elements of rare soils in economically usable mineral form.

mining and processing elements of rare soils can be expensive and difficult. Since these elements are often widely dispersed, a large amount of material should usually be processed to obtain a relatively small percentage of rare countries. It can also result in radioactive waste materials that may require extensive permits and reduction procedures.

Many elements of rare soils are helpful for modern technology. Several are used to make lasers, magnets and phosphors. Computer memory, mobile phones, TVs and other devices can use these elements extensive. Cerium is the most common element of rare soil and is used to reduce carbon monoxide emissions in many ways. Cero oxide is often added to diesel and can also be used in automotive exhaust systems to catalyze undesirable chemicals to less harmful conditions.