Table A.3.

Same as Table A.1 for (n, el) reactions. The notations for uncertainty sources are discussed in the Section 2, namely δn for target areal mass density, δN for flux-normalization uncertainty, δw for sample composition uncertainty, δR for reference cross section uncertainty, δE for energy uncertainty, and δB for background correction uncertainty, δg for geometric effects uncertainty, δy _e for yield extraction uncertainty, δa for attenuation uncertainty, δε _n for neutron detection efficiency uncertainty.

EXFOR	Nuclei	First Author	Einc [MeV]	Absolute/Ratio	Added uncertainty	Reference
30464.003	51V	M. Abdel-Harith	3.4	Absolute	δw, δg, δy e	[27]
10578.009	51V	J.D. Brandenberger	1.46	Ratio	δN, δw, δg, δa, δε n , δy e	[24]
20408.002	51V	J. Cabe	0.55–1.18	Absolute	δN, δw, δg, δa, δε n , δy e	[25]
22409.008	51V	D. Schmidt	7.99–14.37	Absolute	δN, δw, δg, δa, δε n , δy e	[22]
21328.004	51V	J.H. Towle	1.61–2.35	Ratio	δN, δw, δg, δa, δε n , δy e	[26]
12207.014	${}^{239}Pu$	R.C. Allen	0.5–1.0	Absolute	δN, δn, δw, δg, δa, δε n , δy e , δE	[52]
21782.036	${}^{239}Pu$	G. Haouat	0.7	Ratio	δw, δa, δε n , δy e , δE	[53]