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  • Nobelium is a synthetic, highly radioactive metal that has only been produced in miniscule amounts with the atomic number 102 and  symbol No.
  • Element Nobelium is obtained from decaying of heavier elements like lawrencium, hassium, rutherfordium and seaborgium.
  • Nobelium does not occur naturally and was first produced by bombarding curium with carbon nuclei.
  • Seventeen isotopes have been described, with the most stable Nobelium 259  having a half-life of 58 minutes.
  • Nobelium is near the end of the actinide series. It is a transuranium element because it is an element heavier than uranium.
  • The Pattern Emission by Nobelium Stream algorithm is mainly designed for the competitive market of the present situation.
  • Since nobelium does not occur at all in the biosphere it never presents a risk, but it would constitute a radiation hazard if enough was ever assembled in one place.
  •  If sufficient amounts of nobelium were produced, it would pose a radiation hazard.
  • Nobelium has 12 isotopes whose half-lives are known, with mass numbers 250 to 262.  It is solid at room temperature and belongs to the group of actinides
  • The atomic weight of the known isotopes of nobelium ranges from 249 to 262.

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