Theoretical and Experimental Understanding of the Anomalous Odd-to-Even Isotope Ratios of Tin in a 1 + 1 Single-Colour Resonance Ionization Mass Spectrometry: Revisited

Table 8

A table of the theoretically determined percentage anomaly (𝛽) as a function of laser intensity in the anticollinear-RIMS of tin isotopes for a laser linewidth of 15 GHz and a residual Doppler width of 2 GHz.

Isotope	Intensity of the laser (W/cm^2)
	5×10^6	1×10^7	2×10^8	1×10^9	5×10^9
^112Sn	0.9961	0.747	1.193	0.835	1.137
^114Sn	0.9992	0.798	1.110	0.877	1.087
^115Sn	0.9721	1.090	1.353	0.981	1.156
^116Sn	1.0017	0.855	1.033	0.921	1.038
^117Sn	0.9691	1.232	1.297	1.047	1.117
^118Sn	1.0034	0.914	0.965	0.965	0.993
^119Sn	0.9674	1.352	1.238	1.101	1.081
^120Sn	1.0045	0.970	0.100	1.005	0.954
^122Sn	1.0051	1.022	0.865	1.041	0.922
^124Sn	1.0053	1.070	0.828	1.074	0.895
Percentage anomaly	−3.3%	29.4%	27%	8.3%	10.8%