nobelium

The scientists proposed the name nobelium (No) for the new element.

For nobelium 11 isotopes are known with mass numbers 250-260 and 262.

The Berkeley team decided to adopt the name nobelium for the element.

Nobelium is a synthetic element with the symbol No and atomic number 102.

Nobelium (No) is an artificial element, and thus a standard atomic mass cannot be given.

If sufficient amounts of nobelium were produced, it would pose a radiation hazard.

The synthetic element nobelium was named after him.

The longest-lived nobelium isotope No has a half-life of 1.5 hours.

Isotopes of nobelium have also been identified in the decay of heavier elements.

The atomic number of nobelium, an actinide.

Valence 3 is dominant in all subsequent elements up to lawrencium (with the possible exception of nobelium).

The discoveries of mendelevium, lawrencium, and nobelium followed.

They determined eka-ytterbium properties, consistent with nobelium as the heavier homologue.

Nobelium, a radioactive, metallic chemical element.

The 8.2 MeV was subsequently associated with nobelium.

Element 102: nobelium; unchanged.

Twelve radioisotopes of nobelium have been characterized, with the most stable being No with a half-life of 58 minutes.

Nobelium in 1958-59 (element 102)

The table below provides cross-sections and excitation energies for cold fusion reactions producing nobelium isotopes directly.

The reaction was used in 1969 to study some initial chemistry of nobelium at the FLNR.

The lyrics are a recitation of the names of all the chemical elements that were known at the time of writing, up to number 102, nobelium.

Nobelium does not occur in nature; it is produced artificially in trace amounts in cyclotrons and linear accelerators.

First experiments involving nobelium assumed that it predominantly formed a +III state like earlier actinoids.

Unnilbium (Unb), another name for the chemical element Nobelium (No), element-102.

This reaction was studied in 1967 at the LBNL in their seminal study of nobelium isotopes.