The phrase "a nuclide of" is correct and usable in written English.
It can be used in scientific contexts, particularly in chemistry and nuclear physics, to refer to a specific type of atomic species characterized by its number of protons and neutrons.
Example: "Carbon-14 is a nuclide of carbon that is commonly used in radiocarbon dating."
Alternatives: "an isotope of" or "a species of nuclide".
The labeling with 18F (as a PET nuclide) of proteins is very limited due to a complex chemistry combined with a short half life of the nuclide (110 min).
210Pb is a daughter nuclide of radon-222 (222Rn), which is emitted from soils and has a half-life of 3.8 days (Turekian et al. 1977).
The knowledge of the energies of the alpha particles emitted in the radioactive decay of a nuclide is a key factor in the construction of its decay scheme.
External beam machines produce ionizing radiation either by radioactive decay of a nuclide, most commonly cobalt-60, or through the acceleration of electrons or other charged particles, such as protons.
NMR can determine the relative amounts of a nuclide within a single molecule and can also measure the relative concentrations of molecules in a mixture.
Recall that the Bohr Radius, which represents approximately the most probable distance between the center of a nuclide and the electron in a hydrogen atom in its ground state, is r_{Bohr}=5.2917721067*10^{-11} m.
Only the γ-ray intensity of 226Ra (I226 122 data in total) was used in conjunction with N222 (230 data in total) because of the isotope's long half-life (1,601 years) and because it is a direct parent nuclide of 222Rn.
ACGEO is a flexible and adaptable tool, by which a transient calculation of both a nuclide release and transport in the near- and the far-field of a repository system with various and complex shapes can be carried out.
A nuclide concentration at a variety of depths below the surface can provide both D and T information.
Fermi had dismissed the possibility of fission on the basis of his calculations, but he had not taken into account the binding energy that would appear when a nuclide with an odd number of neutrons absorbed an extra neutron.
