An MLP neural network reanalysis of 6Li(d,alpha)4He S-factor data yields a laboratory electron screening potential of 147.95 eV, consistent with prior R-matrix results.
One and two proton separation energies from nuclear mass systematics using neural networks
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abstract
We deal with the systematics of one and two proton separation energies as predicted by our latest global model for the masses of nuclides developed with the use of neural networks. Among others, such systematics is useful as input to the astrophysical rp-process and to the one and two proton radioactive studies. Our results are compared with the experimental separation energies referred to in the 2003 Atomic Mass Evaluation and with those evaluated from theoretical models for the masses of nuclides, like the FRDM of Möller et al. and the HFB2 of Pearson et al. We focus in particular on the proton separation energies for nuclides that are involved in the rp-process (29<=Z<=40) but they have not yet been studied experimentally.
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Estimation of Electron Screening Potential in the 6Li(d,{\alpha})4He Reaction Using Multi-Layer Perceptron Neural Network
An MLP neural network reanalysis of 6Li(d,alpha)4He S-factor data yields a laboratory electron screening potential of 147.95 eV, consistent with prior R-matrix results.