| Kieli | Käännökset |
|---|---|
| espanja | ununtrio |
| esperanto | ununtrio |
| hollanti | ununtrium |
| italia | ununtrio |
| japani | ウンウントリウム (un'untoriumu / ununtoriumu) |
| kreikka | ουνουντριος (ounountrios) |
| latina | ūnūntrium |
| norja | ununtrium |
| portugali | ununtrio |
| puola | ununtrium |
| ranska | ununtrium |
| ruotsi | ununtrium |
| saksa | Ununtrium |
| suomi | ununtrium |
| unkari | ununtrium |
| venäjä | унунтрий (ununtri) |
| viro | ununtrium |
(dated) The systematic element name for the chemical element with atomic number 113 (symbol Uut). The element is now named nihonium.
Scheme of an apparatus for creation of superheavy elements, based on the Dubna Gas-Filled Recoil Separator set up in the Flerov Laboratory of Nuclear Reactions in JINR. The trajectory within the detector and the beam focusing apparatus changes because of a dipole magnet in the former and quadrupole magnets in the latter.
(dated) The systematic element name for the chemical element with atomic number 113 (symbol Uut). The element is now named nihonium.
Summary of decay chains passing through isotopes of element 113, ending at mendelevium (element 101) or earlier. The two chains with bold-bordered nuclides were accepted by the JWP as evidence for the discoveries of element 113 and its parents, elements 115 and 117. Data is presented as known in 2015 (before the JWP's conclusions were published).
(dated) The systematic element name for the chemical element with atomic number 113 (symbol Uut). The element is now named nihonium.
Kōsuke Morita and Hiroshi Matsumoto, celebrating the naming on 1 December 2016.