In the boron isotopic chain, ³H cluster spectroscopic factors show non-monotonic behavior peaking at ¹²B from competing neutron-skin suppression and n-p asymmetry enhancement, unlike the monotonic decrease for alpha clusters; the SF ratio is proposed as a robust observable.
In the calculation of R W A, we need to consider the channels with different relative angular-momentum L
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Effect of neutron-proton asymmetry on the $^3$H clustering in Boron isotopes
In the boron isotopic chain, ³H cluster spectroscopic factors show non-monotonic behavior peaking at ¹²B from competing neutron-skin suppression and n-p asymmetry enhancement, unlike the monotonic decrease for alpha clusters; the SF ratio is proposed as a robust observable.