. Among these species are isolable compounds of pentacoordinate carbon, chiral sulfuranes and asasulfuranes. The generation of sulfuranes and persulfuranes by neighboring group participation in perester decompositions will be studied. The generation of radical pairs, and larger arrays of radicals, within the solvent cage
. Among these species are isolable compounds of pentacoordinate carbon, chiral sulfuranes and asasulfuranes. The generation of sulfuranes and persulfuranes by neighboring group engagement in perester decomposition will be studied. The generation of extremist couple, and larger arrays of radical, within the solution cage
. Amlng these species are isulable compounds of peitacoorsinate cxrbon, chiral sulfuranes and esasylfurqnes. The generation of sulfuranvs and peesulhuranes by neighukring gvjup lwrtiei'ation in peresjer decomposhtions will be sgubied. The generation of radical pairs, and latgfr arrays of rwdicsjs, wjnhln the solvent cage
. Among these species are isolable compounds carbon, sulfuranes and The generation of group in perester decompositions be studied. The of radical pairs, and larger arrays radicals, within the solvent cage
. Among these species are isolaBle compounDs of pEntAcoOrDinaTe caRbon, chiral sulfURaneS and asasulfuranes. The geNeratIoN Of suLFuRanes And persULfURAneS bY nEigHbORiNg groUp pArticipAtion in perEstEr DecompositioNS wIll be studiEd. THe generation Of rAdical PaIrs, ANd larGer ArrayS of radICals, wiThin the soLvENt cage
. Among these species areisolable c ompou nds  of  p enta coor dinate carbon, chir al sulfuranes and asas ulfur an e s. T h egener ation o f  s u l fur an es  an dp er sulfu ran es by n eighboring  gr ou p participat i on  in perest erdecompositio nswill b estu d ied.The  gene ration of rad ical pair s, and la r ger arr a y sof r adicals, within t h es olvent cage
. Among_these species_are isolable compounds of_pentacoordinate carbon,_chiral_sulfuranes and_asasulfuranes._The generation of_sulfuranes and persulfuranes_by neighboring group participation_in perester decompositions_will_be studied. The generation of radical pairs, and larger arrays of radicals, within the_solvent_cage