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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

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What are propeties of nobelium physical-chemical?

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


What is the rarities of nobelium?

Nobelium is a synthetic element and is classified as a transuranium element. It is extremely rare and is typically produced in nuclear reactors or particle accelerators. It does not occur naturally in the Earth's crust.


What is an fact about 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.


Who invented nobelium?

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


When was nobelium created?

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


Who made nobelium?

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


What are facts about the element 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.


Who first made nobelium?

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


What university was nobelium discovered?

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


Is nobelium made in laboratories?

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


Who discovered the element nobelium?

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


What year and place was nobelium discovered?

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