Add to ORKGThe term nuclear isomerism was originally applied to an excited state of the nucleus whose lifetime was abnormally long. It is now increasingly being applied to any excited state of the nucleus whose lifetime has been measured. Nuclear isomerism was first discovered by Hahn in 1921 and since then about 150 examples have been reported with half lives ranging from 5 years to lo-14 seconds. This thesis describes a method of measurement and results obtained for a number of isomeric states in the region of half life 5 x 10-5 to 5 x 10-2 seconds
International audienceNuclear isomers can decay through multiple processes; in many cases the domina...
The core-excited isomer in fully-ionized 133Sb has been directly studied for the first time by apply...
Spontaneous fission from an isomeric state of transuranium nucleus was discovered in 1961 (l) and si...
In 1917 Soddy in discussing his ideas about atomic nuclei conceived the possibility of nuclei having...
The suggestion that some atomic nuclei would be able to exist in more than one stable or metastable ...
The suggestion that some atomic nuclei would be able to exist in more than one stable or metastable...
Pairs of nuclei have been discovered which have the same mass number and nuclear charge, but differ ...
A versatile apparatus for studying short-lived nuclear isomers has been constructed. Using high reso...
In the field of nuclear science, the radioactive species encountered will decay by alpha emission, b...
AbstractThe half-lives of isomeric states of fully ionized 144Tb, 149Dy and 151Er have been measured...
The core-excited isomer in fully-ionized 133Sb has been directly studied for the first time by apply...
Five new isomers have been observed in a pulsed 100 MeV proton beam survey of eleven elements. Four ...
A small proportion of atomic nuclei can form highly excited metastable states, or isomers. Of partic...
The core-excited isomer in fully-ionized 133Sb has been directly studied for the first time by apply...
International audienceNuclear isomers can decay through multiple processes; in many cases the domina...
International audienceNuclear isomers can decay through multiple processes; in many cases the domina...
The core-excited isomer in fully-ionized 133Sb has been directly studied for the first time by apply...
Spontaneous fission from an isomeric state of transuranium nucleus was discovered in 1961 (l) and si...
In 1917 Soddy in discussing his ideas about atomic nuclei conceived the possibility of nuclei having...
The suggestion that some atomic nuclei would be able to exist in more than one stable or metastable ...
The suggestion that some atomic nuclei would be able to exist in more than one stable or metastable...
Pairs of nuclei have been discovered which have the same mass number and nuclear charge, but differ ...
A versatile apparatus for studying short-lived nuclear isomers has been constructed. Using high reso...
In the field of nuclear science, the radioactive species encountered will decay by alpha emission, b...
AbstractThe half-lives of isomeric states of fully ionized 144Tb, 149Dy and 151Er have been measured...
The core-excited isomer in fully-ionized 133Sb has been directly studied for the first time by apply...
Five new isomers have been observed in a pulsed 100 MeV proton beam survey of eleven elements. Four ...
A small proportion of atomic nuclei can form highly excited metastable states, or isomers. Of partic...
The core-excited isomer in fully-ionized 133Sb has been directly studied for the first time by apply...
International audienceNuclear isomers can decay through multiple processes; in many cases the domina...
International audienceNuclear isomers can decay through multiple processes; in many cases the domina...
The core-excited isomer in fully-ionized 133Sb has been directly studied for the first time by apply...
Spontaneous fission from an isomeric state of transuranium nucleus was discovered in 1961 (l) and si...