Nobelium is an artificial chemical element, radioactive and unstable.
Nobelium was first and surely prepared in 1966 by Russian physicists from Dubna; another claim from American physicists (1958) was not accepted by IUPAC.
Nobelium was obtained using this nuclear reaction
238 92U + 2210Ne → 260102No* → 254102No + 6 10n
Nobelium is an artificial chemical element, radioactive and unstable. Nobelium was first and surely prepared in 1966 by Russian physicists from Dubna; another claim from American physicists (1958) was not accepted by IUPAC. Nobelium was obtained using this nuclear reaction: 238 92U + 2210Ne → 260102No* → 254102No + 6 10n
The name of nobelium is derived from the name of the Swedish chemist Alfred Nobel.
Nobelium was prepared for the first time in 1966 at Joint Institute of Nuclear research, Dubna, Russia.The isotope was No-252.The appearance of nobelium is not known.
The chemical element nobelium was not discovered by Alfred Nobel. See the link below.
Niobium was discovered first.
Nobelium was obtained only in traces: thousand atoms in an experiment is much !
Nobelium is obtained only in quantities of some micrograms, it is impossible the study the chemistry of physics of nobelium; but for some details read at: http://en.wikipedia.org/wiki/Nobelium
Nobelium is an artificial chemical element, radioactive, unstable, atomic number 102, member of the actinoids family, obtained by nuclear reactions only in infinitesimal quantities, etc.
Nobelium is an artificial chemical element, radioactive and unstable. Nobelium was first and surely prepared in 1966 by Russian physicists from Dubna; another claim from American physicists (1958) was not accepted by IUPAC. Nobelium was obtained using this nuclear reaction: 238 92U + 2210Ne → 260102No* → 254102No + 6 10n
Nobelium is an artificial chemical element, radioactive and unstable. Nobelium was first and surely prepared in 1966 by Russian physicists from Dubna; another claim from American physicists (1958) was not accepted by IUPAC. Nobelium was obtained using this nuclear reaction 238 92U + 2210Ne → 260102No* → 254102No + 6 10n
Nobelium is an artificial chemical element, radioactive and unstable. Nobelium was first and surely prepared in 1966 by Russian physicists from Dubna; another claim from American physicists (1958) was not accepted by IUPAC. Nobelium was obtained using this nuclear reaction: 238 92U + 2210Ne → 260102No* → 254102No + 6 10n
Nobelium is an artificial chemical element, radioactive and unstable. Nobelium was first and surely prepared in 1966 by Russian physicists from Dubna; another claim from American physicists (1958) was not accepted by IUPAC. Nobelium was obtained using this nuclear reaction: 238 92U + 2210Ne → 260102No* → 254102No + 6 10n
Nobelium is an artificial chemical element, radioactive, unstable, atomic number 102, member of the actinoids family, obtained by nuclear reactions only in infinitesimal quantities, etc.
Nobelium is an artificial chemical element, radioactive and unstable. Nobelium was first and surely prepared in 1966 by Russian physicists from Dubna; another claim from American physicists (1958) was not accepted by IUPAC. Nobelium was obtained using this nuclear reaction 238 92U + 2210Ne → 260102No* → 254102No + 6 10n
Nobelium is an artificial chemical element, radioactive and unstable. Nobelium was first and surely prepared in 1966 by Russian physicists from Dubna; another claim from American physicists (1958) was not accepted by IUPAC. Nobelium was obtained using this nuclear reaction: 238 92U + 2210Ne → 260102No* → 254102No + 6 10n
Nobelium is an artificial chemical element, radioactive and unstable. Nobelium was first and surely prepared in 1966 by Russian physicists from Dubna; another claim from American physicists (1958) was not accepted by IUPAC. Nobelium was obtained using this nuclear reaction: 238 92U + 2210Ne → 260102No* → 254102No + 6 10n
Nobelium is an artificial chemical element, radioactive and unstable. Nobelium was first and surely prepared in 1966 by Russian physicists from Dubna; another claim from American physicists (1958) was not accepted by IUPAC. Nobelium was obtained using this nuclear reaction: 238 92U + 2210Ne → 260102No* → 254102No + 6 10n