Sentence examples for parent nuclide from inspiring English sources

One source of 44gSc is the long-lived parent nuclide 44Ti (half-life 60.0 a).

The subsequent decay of 47Ca enabled the repeated separation of the 47Sc daughter nuclide from the 47Ca parent nuclide.

In many cases (12% of the labelled substance), the long-lived parent nuclide could not be identified at all.

There, the parent nuclide of 44Ti (60.6 y, 100% EC, 93% γ 68 keV, 96% γ 78 keV) decays by electron capture to 44Sc for possible elution.

The subsequent decay of 47Ca to 47Sc creates a "pseudo-generator" system, which enables the repeated separation of the 47Sc daughter nuclide from the 47Ca parent nuclide.

Fig. 4 The radioactive decay of the parent nuclide 47Ca (T1/2 = 4.54 d) to the daughter nuclide 47Sc (T1/2 = 3.35 d) reaches the maximum of 47Sc activity after 135 h (5.6 d).

The high velocity can generate anomalous 222Rn concentrations without accumulations of its parent nuclides.

We also propose a simplified formula for estimating the apparent diffusion coefficient of parent nuclides based on the analytical solutions.

Anomalous 222Rn concentrations are likely to originate from high gas velocities, rather than increased accumulations of parent nuclides.

In this study, we derived analytical solutions for the parent nuclides of the through-diffusion experiment using the multicompartment (MC) model.

Three possible causes are (i) the magnitude of fault displacement velocities during the late Quaternary, (ii) the accumulation of parent nuclides caused by historical large earthquakes, and (iii) recent seismicity at nearby faults.