The phrase "a given nucleus" is correct and usable in written English.
It can be used in scientific or technical contexts when referring to a specific nucleus that is being discussed or analyzed.
Example: "In this experiment, we will focus on a given nucleus to observe its behavior under different conditions."
Alternatives: "a specific nucleus" or "a particular nucleus".
For instance, the same mesh can be used to describe the oblate deformed, spherical, prolate deformed, superdeformed and fission configurations of a given nucleus.
The shape staggering effect manifests characteristic features of a quantum phase transition15,16,17: in a given nucleus, different phases a near spherical and a strongly deformed nuclear shape appear at almost the same energy without mixing.
The speed and hence the energy of an alpha particle ejected from a given nucleus is a specific property of the parent nucleus and determines the characteristic range or distance the alpha particle travels.
After each mitosis, the Bcd level within a given nucleus returns to nearly the same concentration, as measured originally [8] by fluorescence intensity of Bcd-eGFP.
Maximum intensity within a region around a given nucleus was measured to track maximum Bcd intensity within individual nuclei over time.
From these ratios we inferred that both beta globin loci in a given nucleus are making similar stochastic choice to be either on or off, because otherwise we would expect skewed ratios among these three states.
We can not do that with quantum mechanics, the more true picture is the best we can get to is talk about what the probability is of finding the electron at any given nucleus.
Sphericity of a nucleus is the ratio of the surface area of a sphere (with the same volume as the given nucleus) to the surface area of the nucleus [ 71].
However, to date no detailed nuclear magnetic resonance (NMR) study has been performed on these materials despite the high potential of this technique for investigating the environment of given nuclei.
Cross section, in nuclear or subatomic particle physics, probability that a given atomic nucleus or subatomic particle will exhibit a specific reaction (for example, absorption, scattering, or fission) in relation to a particular species of incident particle.
Moreover, even within a given raphe nucleus individual cell subpopulations exist, characterized by different developmental background and topographically organized efferent projections.
