This suggests the presence of two nuclear isomers but further research is required.

About 19 isotopes and 8 nuclear isomers are known for americium.

Nuclear isomers are different excited states of the same type of nucleus.

Flerovium has five confirmed isotopes, and possibly 2 nuclear isomers.

Long-lived nuclear isomers and singlet oxygen are two examples of this.

Reprints of articles about nuclear isomers in peer reviewed journals.

Nuclear isomers could replace other isotopes, and with further development it may be possible to turn them on and off as needed.

There are at least 21 metastable nuclear isomers.

Thirty-five isotopes and 26 nuclear isomers of thulium have been detected.

Nuclear isomers may also occur as mirror nuclei.

There are over 800 known nuclear isomers but almost all are too intrinsically radioactive to be considered for applications.

Some nuclear isomers are able to stay in their excited state for minutes, hours, days, or occasionally far longer, before emitting a gamma ray.

In nuclear physics, nuclear isomers are excited states of atomic nuclei.

There are nuclear isomers too: different "shapes" or excited states of the same bunch of particles.

Cerium also has 10 known nuclear isomers.

Induced gamma emission from long-lived excited nuclei of specific nuclear isomers.

Technetium also has numerous nuclear isomers, which are isotopes with one or more excited nucleons.

Her first book, Imaginary Weapons, describes a dispute over a weapons concept based on nuclear isomers.

Nineteen nuclides and three nuclear isomers are known for einsteinium with atomic weights ranging from 240 to 258.

Ds The direct production of Ds has clearly identified two nuclear isomers.

Such nuclei have half-lives that are easily measurable, and are termed nuclear isomers.

Two nuclear isomers have been discovered, the longer-lived one being Na with a half-life of around 20.2 microseconds.

DARPA has (or had) a program to investigate this use of both nuclear isomers.

Francium has seven metastable nuclear isomers.

The nuclei of nuclear isomers exist in a delicate equilibrium or metastability due to at least one nucleon having an excited energy state.