What is tolonium?
Polonium is an extremely unstable radioactive chemical element that is formed as part of the process of disintegration of radium, another radioactive element. Because Polonium is a phase in the process of radial decay, sometimes called radium F. This element appears in trace amounts in nature, usually in uranium ores, and most of its use is in theoretical physics. It has some industrial uses, but because of its radioactivity, it probably does not fit with it.
The instability of this element makes it difficult for scientists to identify its chemical properties. In a pure form it takes a firm shape and seems to have a crystalline physical structure. It is usually classified as a metaloid, and how one can imagine is highly toxic due to its radioactivity. Given the rarity of Polonium, it is unlikely to meet it; If you see enough to be able to explore its physical properties, you will be dead from the radiation exposure. On the periodic table of elements, you will find polonium under PO and has an atomic number84.
The discovery of Polonium is credited by Marie Curie, which named it in 1898 for its native Poland. Interestingly, the name of Polonia is actually rooted in political protest; At that time, Poland did not exist as an independent nation, and Curie wanted to draw attention to the Polish situation. In the end, Poland became independent in 1918 to attach it to Russia during the communist era. Curie received neither, but two Nobel Prizes for their work on Polonio and Radio, one in 1903 and the other in 1911.
In laboratories, polonium is used as a source of neutrons for experiments. It can be produced by bombing bismuth isotope by alpha particles; Polonium produced by this practice is also used in nuclear woodyroiders. The element also appears in some devices that are designed to reduce or eliminateAnd static, and sometimes used in the production of spark plugs. Polonium has 34 isotopes, all of which are also radioactive.
This element is extremely toxic; Surprisingly, exposure to a small amount can be deadly. As a result, people who work with Polonium are very careful around him to minimize their exposure. Naturally occurring polonium on Earth is generally not considered dangerous, because the element is thus rare and contributes a very small amount of background radiation. Since the element focuses on several vital organs, it is important to monitor lifelong exposure to scientists who may be threatened by poisoning.