seaborgium

Thus seaborgium is expected to form a stable +6 state.

Thus seaborgium is the only element to have been publicly named after a living person.

The investigation of seaborgium is a case in point.

Chemical analysis of this new element, recently named seaborgium, seemed out of the question.

What seaborgium looks like is not known because not enough has been made to see it with human eyesight.

In the past, it has been named eka-tungsten but is now named seaborgium.

The German accelerator team succeeded in creating seven seaborgium atoms at the rate of about one an hour.

He also claims as his discovery two transition metal elements: seaborgium and bohrium.

Seaborgium's high radioactivity would make it a toxic element, due to radiation poisoning.

The transactinide seaborgium is named in his honor.

Seaborgium (Sg) is an artificial element, and thus a standard atomic mass cannot be given.

There's a story about Seaborg and how one of the elements he discovered will be named after him (Seaborgium).

Isotopes of seaborgium have also been observed in the decay of heavier elements.

The chemistry of seaborgium is like the chemistry of tungsten.

Chemistry experiments with seaborgium have firmly placed it in group 6 as a heavier homologue to tungsten.

Regardless of these assignments, the reaction has been successfully used in the recent attempts to study the chemistry of seaborgium (see below).

Element 106: rutherfordium; changed from seaborgium.

Similar seaborgium complexes are expected.

The results indicated that seaborgium formed a volatile oxychloride akin to those of the other group 6 elements:

This section deals with the synthesis of nuclei of seaborgium by so-called "cold" fusion reactions.

There are 12 known isotopes of seaborgium (excluding meta-stable and K-spin isomers).

His recommendation for element 106, seaborgium, was accepted only after extensive debate about naming an element after a living person.

From this analysis they determined that seaborgium, during its fleeting existence, probably bears some resemblance to the metals molybdenum and tungsten.

This was a surprise because the chemistry of seaborgium's nearest lighter neighbors, rutherfordium and hahnium, does not fit the table nearly so neatly.

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