Experimental uncertainty quantification using templates of expected measurement uncertainties for fast neutron-induced total, capture, and scattering cross sections

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Table A.2.

Same as Table A.1 for(n, γ) 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.

EXFOR	Nuclei	First Author	Einc [MeV]	Absolute/Ratio	Added uncertainty	Reference
12331.007	$^{239} P u$ $Mathematical equation: $ \mathrm {^{239}}Pu $$	J.C. Hopkins	0.03–1.0	Ratio	δn, δN, δw, δB, δE, and δR	[48]
14794.002	$^{239} P u$ $Mathematical equation: $ \mathrm {^{239}}Pu $$	S. Mosby	0.00106–1.335	Ratio	δn, δw, δE, and δR	[41]
10766.002	$^{240} P u$ $Mathematical equation: $ \mathrm {^{240}}Pu $$	L.W. Weston	0.000250–0.325	Absolute	δw and δE	[49]
14467.002	$^{63} C u$ $Mathematical equation: $ \mathrm {^{63}}Cu $$	M. Weigand	0.000074–0.690483	Absolute	δn, δw and δE	[50]
14571.003	$^{65} C u$ $Mathematical equation: $ \mathrm {^{65}}Cu $$	C.J. Prokop	0.005–0.1	Ratio	δE and δR	[51]

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