What is Promethium?
Promethium is an extremely radioactive chemical element classified among metals of rare soils on the periodic table. It seems that the element does not seem to be natural on Earth, although it was successfully created by an artificial means. Promethium is also observed in the spectra of some stars, probably because of nuclear reactions that occur in the stars. Average consumers rarely interact with Promethia, due to its extreme rarity and highly specialized applications. It seems that it has two allotropic forms, which means that the structure of the element can change in at least two ways when cleaned. In addition to being radioactive itself, Promethium also produces a number of radioactive isotopes, some of which are very useful in various industries. On the periodic table of elements, Promethium can be found below the PM symbol and has atomic number 61, which places it among stable elements that are somewhat unusual; Most radioactive elements are grouped with other radioactive elements.
The existence of Promethia was hypothetized as early as 1902, when chemists realized that there was a missing element between elements 60 and 62. Several attempts to insulate the missing element of 61 were made, but the credit for the discovery of Promethia usually goes to J.A. Marinsky, L.E. Glendenin and C.D. Coryell, who announced his discovery in 1947. Men carried out uranium cleavage and neutron bombing Nesshymia in Oak Ridge National Laboratory in Tennessee and finally found a new element during their work.
The inspiration for the name of the element came from the wife Coryell, who said the discovery of the element was like theft of fire from the gods. In Greek mythology, Prometheus did it, so The men named the element for him. Promethia isotopes are often used as radioactive tracks and the element is also used to produce measures, various luminescent products and in phosphorus industry.
Because Promethium is radioactive, isextremely dangerous and should be processed carefully. The element emits beta rays that can create X -rays when they interact with heavier elements and have a danger to people working with Promethia. Access to Promethia is usually firmly inspected for radioactivity, and most people who work with it are administered with proper safety training, or they work in facilities that already have established radiation protection protocols such as nuclear power plants.