Table 5.

Ion formation rates for 10 mA, 18 MeV $D^{+}$ on a 0.36 mm ${\text{Yb}}_2{\text{O}}_3$ target ($18\to 8$ MeV) calculated using data from Nagai et al. (2022) and ${\text{TENDL}}^{†}$ Koning et al. (2019), the latter of which includes $_{}^{176}$Yb(d, p)$_{}^{177}$Yb data interpolated from Manenti et al. (2011); Hermanne et al. (2006)

${\mathrm{\Gamma }}^{\{i\}}$ ($\times {10}^{13}$atom/s)	Nagai	TENDL-2023$_{}^{†}$
$_{}^{176}$Yb${(d,p)}^{177}$Yb	1.065	1.070
$_{}^{176}$Yb${(d,n\gamma )}^{177m}$Lu	n.a	$2.122\times {10}^{-2}$
$_{}^{176}$Yb${(d,n)}^{177g}$Lu	$3.853\times {10}^{-2}$	$6.051\times {10}^{-2}$
$_{}^{176}$Yb${(d,2n\gamma )}^{176m}$Lu	0.902	1.179
$_{}^{176}$Yb${(d,2n)}^{176g}$Lu	n.a	1.259
$_{}^{176}$Yb${(d,3n)}^{175}$Lu	n.a	2.885
$_{}^{176}$Yb${(d,4n\gamma )}^{174m}$Lu	$1.418\times {10}^{-3}$	$9.837\times {10}^{-6}$
$_{}^{176}$Yb${(d,4n)}^{174g}$Lu	$4.642\times {10}^{-2}$	$3.025\times {10}^{-5}$
$_{}^{176}$Yb$(d,\text{anything})$	n.a	7.105

Activations leading to stable Yb isotopes are excluded from the table