Table 11.

Comparison of ${}^{124}$I production yield

Reaction	Target	Energy [MeV]	Yield [MBq/μAh]	References
124Te(p,n)124I	TeO2	15 → 8	32.16 (S)	[60]
${}^{124}$Te(p,n)${}^{124}$I	TeO${}_2$ +Al${}_2$O${}_3$ (5%)	11.6 $\to$ 0	6.88 (E)	[61]
${}^{124}$Te(p,n)${}^{124}$I	TeO${}_2$	12.6	13.0 (E)	[62]
${}^{124}$Te(p,n)${}^{124}$I	TeO${}_2$ +Al${}_2$O${}_3$	13 $\to$ 9	20 (E)	[19]
${}^{124}$Te(p,n)${}^{124}$I	TeO${}_2$ +Al${}_2$O${}_3$	12.5 $\to$ 5	9.0 (E)	[18]
natTe(p,xn)124I	TeO2	35 → 22	36.63 (S)	[60]
natTe(p,xn)124I	TeO2	10 → 20	0.001 (S)	[63]
${}^{\mathit{nat}}$Te(p,xn)${}^{124}$I	TeO${}_2$	29.5 $\to$ 20	3.95 (E)	[60]
124Te(p,n)124I	TeO2 + Al2O3 (5%)	14.8	14.5 (S)	*
natTe(p,xn)124I	TeO2 + Al2O3 (5%)	14.8	1.58 (S)	*
${}^{\mathit{nat}}$Te(p,xn)${}^{124}$I	TeO2 + Al2O3 (5%)	14.8	1.36 (E)	*

*This work, S, simulation; E, experiment