Translation for 'flerovium' from English to Russian

flerovium <Fl>

флёровий {м} <Fl>хим.

• There are no known compounds of flerovium.
• It may also occur as a decay product of flerovium (via electron capture), and parent flerovium nuclei can be themselves decay products of livermorium.
• In particular, the reaction between 170Er and 136Xe was expected to yield alpha-emitters with half-lives of microseconds that would decay down to isotopes of flerovium with half-lives perhaps increasing up to several hours, as flerovium is predicted to lie near the center of the island of stability.
• Moscovium is expected to be within an island of stability centered on copernicium (element 112) and flerovium (element 114).
• The name flerovium, which appears in the 1995 IUPAC set for element 102, was eventually used (uncontroversially) for element 114 (eka-lead).

• In 2012, element 114 was named flerovium after the research laboratory at the Joint Institute for Nuclear Research bearing his name.
• No flerovium isotope with the same properties as the one found in December 1998 has ever been observed again, even in repeats of the same reaction.
• Elements confirmed at GSI: nihonium (2012), flerovium (2009), moscovium (2012), livermorium (2010), and tennessine (2012).
• Current results (see flerovium) have shown that the sensitivity of these experiments were too low by at least 3 orders of magnitude.
• or flerovium ("Z" = 114), which would place unbihexium well above the island and result in short half-lives regardless of shell effects.

• Group 14 hydrides are chemical compounds composed of hydrogen atoms and group 14 atoms (the elements of group 14 are carbon, silicon, germanium, tin, lead and flerovium).
• Flerovium is expected to be a liquid metal due to spin-orbit coupling "tearing" apart the 7p subshell, so that its 7s27p1/22 valence configuration forms a quasi-closed shell similar to those of mercury and copernicium.
• Due to relativistic stabilization of flerovium's 7s27p [...] valence electron configuration, the 0 oxidation state should also be more stable for flerovium than for lead, as the 7p1/2 electrons begin to also have a mild inert pair effect: this stabilization of the neutral state may bring about some similarities between the behavior of flerovium and the noble gas radon.
• It is a member of group 14 in the periodic table: carbon is above it; and germanium, tin, lead, and flerovium are below it.