Gadolinium is named from the mineral gadolinite, in turn named forFinnish chemist and geologist Johan Gadolin.[3] In 1880, the Swisschemist Jean Charles Galissard de Marignac observed the spectroscopic lines from gadolinium in samples of gadolinite (which actually contains relatively little gadolinium, but enough to show a spectrum) and in the separate mineral cerite. The latter mineral proved to contain far more of the element with the new spectral line. De Marignac eventually separated a mineral oxide from cerite, which he realized was the oxide of this new element. He named the oxide "gadolinia". Because he realized that "gadolinia" was the oxide of a new element, he is credited with discovery of gadolinium. The French chemistPaul Émile Lecoq de Boisbaudran carried out the separation of gadolinium metal from gadolinia in 1886.
Gadolinium is sometimes referred to as Gd.
Some compounds of gadolinium include gadolinium oxide, gadolinium chloride, and gadolinium nitrate. Gadolinium compounds are used in various applications, such as magnetic resonance imaging (MRI) contrast agents, in the production of specialized magnets, and in certain electronics and optical devices.
One effective way to chelate gadolinium from the body is through the use of chelation therapy, which involves administering a chelating agent that binds to the gadolinium and helps remove it from the body through urine or feces. This process can help reduce the levels of gadolinium in the body and minimize potential side effects from gadolinium exposure.
When gadolinium is put in water, it reacts with water to form gadolinium hydroxide and hydrogen gas. This reaction can be quite vigorous, especially with finely divided gadolinium, as it generates heat and releases flammable hydrogen gas. It is important to handle gadolinium with caution and under proper safety precautions.
gadolinium was named as such because it was named after the origin J Galotin
Gadolinium = Gd
gadolinium
Gadolinium (Gd) is an element.
Gadolinium is sometimes referred to as Gd.
The atomic mass number of gadolinium is 157.25 g/mol.
Some compounds of gadolinium include gadolinium oxide, gadolinium chloride, and gadolinium nitrate. Gadolinium compounds are used in various applications, such as magnetic resonance imaging (MRI) contrast agents, in the production of specialized magnets, and in certain electronics and optical devices.
Gadolinium has 7 valence electrons.
One effective way to chelate gadolinium from the body is through the use of chelation therapy, which involves administering a chelating agent that binds to the gadolinium and helps remove it from the body through urine or feces. This process can help reduce the levels of gadolinium in the body and minimize potential side effects from gadolinium exposure.
Gadolinium, with the chemical symbol Gd, is the chemical element with the atomic number 64.
usa
1880
No one invented gadolinium. It is an element and was formed in some star long before the existence of humans.