Increase in the Efficiency of the Isotope-Selective Infrared Laser Multiphoton Dissociation of 11BCl3 Molecules in a Mixture with SF6 Serving As a Sensitizer and an Acceptor of Radicals

A strong increase in the efficiency of isotope-selective infrared laser multiphoton dissociation 11 BCl 3 molecules natural mixture with 10 by radiation a pulsed CO 2 case admixture SF 6 molecules, which serve as sensitizer and simultaneously acceptors radicals, Cl atoms formed has been detected. The yield selectivity several times threshold energy density for decreases significantly their irradiation compared to without . This property allows single-frequency unfocused at moderate (≈3–5 J/cm ), is important relevant practical implementation separation boron isotopes.