Properties and data of the isotope 272 Bh. Bohrium isotopes. ½ 10.5 s 1.05 × 101 seconds s. The following table shows the atomic nuclei that are isotonic (same neutron number N = 165) and isobaric (same nucleon number A = 272) with Bohrium-272. Naturally occurring isotopes are marked in green; light green = naturally occurring radionuclides.

Bohrium (107 Bh) is an artificial element. Like all artificial elements, it has no stable isotopes, and a standard atomic weight cannot be given. The first isotope to be synthesized was 262 Bh in 1981. There are 11 known isotopes ranging from 260 Bh to 274 Bh, and 1 isomer, 262m Bh.

Twelve different isotopes of bohrium have been reported with atomic masses 260–262, 264–267, 270–272, 274, and 278, one of which, bohrium-262, has a known metastable state. All of these but the unconfirmed 278 Bh decay only through alpha decay, although some unknown bohrium isotopes are predicted to undergo spontaneous fission.

List, data and properties of all known isotopes of Bohrium. All of the atomic nuclei of the chemical element Bohrium are summarized under Bohrium isotopes; these consist of an atomic nucleus with 107 protons and in the uncharged state of 107 electrons.

Element Bohrium (Bh), Group 7, Atomic Number 107, d-block, Mass [270]. Sources, facts, uses, scarcity (SRI), podcasts, alchemical symbols, videos and images.

Bohrium has 11 known isotopes that include 260 Bh, 261 Bh, 262 Bh 264 Bh, 265 Bh, 266 Bh, 267 Bh 270 Bh, 271 Bh, 272 B and 274 Bh. None of them are stable. However, the longest-lived isotope is 270 Bh having a half-life of about one minute. Bohrium is produced by bombarding a bismuth target using chromium atoms through cold fusion method.

Bohrium's most stable isotope, bohrium-272, has a half-life of about 9.8 seconds. It decays into dubnium-268 through alpha decay. Since only a few atoms of bohrium have ever been made, there are currently no uses for bohrium outside of basic scientific research.

Bohrium (Bh) has an atomic mass of 107. Find out about its chemical and physical properties, states, energy, electrons, oxidation and more.

Detailed decay information for the isotope bohrium-272 including decay chains and daughter products.

The element’s key isotope is bohrium-272. It belongs to the transition metals family. The weight of bohrium is greater than that of manganese, technetium, and rhenium. Bohrium is a radioactive element and is not found naturally. Scientists created this element using the cold fusion method.