Abstract
The efficiency of the two photoionization schemes and has been studied by a spectral simulation approach for the isotope-selective excitation of the isotope. Isotopic selectivities have been computed for (555.648 nm), (581.027 nm) and (398.8 nm) transitions for various laser bandwidths of the excitation lasers. The degree of enrichment of the low-abundant isotope has been computed using the obtained isotopic selectivity values. Results obtained for scheme 1 are in good agreement with the results reported earlier. The abundance of isotope has been computed for various laser linewidths of the excitation laser and Doppler widths for scheme 2. Comparison of the two photoionization schemes for isotope-selective photoionization of the isotope has been made. The present computational method has been examined for computation of degree of enrichment for the photoionization schemes under consideration.
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