It is supposed that bohrium has chemical properties similar to the properties of his homologue, rhenium. Only the compound BhO3Cl is known today. The predicted valences of bohrium are 7, 5, 4, 3.
Bohrium is a synthetic element that does not occur naturally on Earth. It is a highly radioactive element, with isotopes ranging from bohrium-260 to bohrium-267. Due to its short half-life, bohrium does not form stable compounds and its chemical properties are not well-studied.
It is supposed that bohrium has chemical properties similar to the properties of his homologue, rhenium. Only the compound BhO3Cl is known today. The predicted valences of bohrium are 7, 5, 4, 3.
The chemical symbol of bohrium is Bh.
Bohrium is an artificial chemical element.
Bohrium is a radioactive element that is not found in nature and has only been produced in laboratories. There is limited information on its chemical properties, but as a transactinide element, it is unlikely to be naturally occurring or used in practical applications, including explosives.
The name of the chemical element bohrium is derived from the name of the Jewish physicist Niels Bohr.
As all the other chemical elements bohrium contain protons, neutrons and electrons.
1. A bohrium family doesn't exist. 2. Bohrium is placed in the group 7 of the periodic table of Mendeleev; Bh has probable similar properties as Mn, Re, Tc. 3. Bohrium is a radioactive, artificial chemical element, placed in the period 7 between other transactinides elements; some transactinides are: Rf, Db, Sg, Hs, Mt.
The name of the chemical element bohrium is derived from the name of the Jewish physicist Niels Bohr.
The charge on the ion of bohrium typically ranges from +2 to +7, depending on the specific chemical environment and bonding partners.
This symbol is obsolete; the chemical element is bohrium (Bh).
It is supposed that bohrium is a solid metal.