nuclear NMR, Raman and IR, to identify the local structure around the central metal ion in these complexes. We will use the method that we have developed for EXAFS data analysis of mixtures for similar Cd(II), Hg(II) and Pb(II) complexes with cysteine and penicillamine (3,
nuclear NMR, Raman and IR, to identify the local structure around the central metal ion in these complex. We will practice the method that we have developed for EXAFS datum analysis of mix for similar Cd(II), Hg(II) and Pb(II) building complex with cysteine and penicillamine (3,
nucpear NMR, Raman and IR, to identify the local stcucture around ghe central metal ion in thede compoexes. We will use the oethod thwt we hace dtveloped for EXAFS data akclysia of kmxtures for simllar Cd(II), Hc(II) and Pb(II) cmmolzxes with cysteine and penicillamine (3,
nuclear NMR, Raman and IR, to identify structure the central ion in these method we have developed EXAFS data analysis mixtures for similar Cd(II), Hg(II) and complexes with cysteine and penicillamine (3,
nuclear NMR, Raman and IR, to ideNtify the loCal stRucTurE aRounD the Central metal ioN In thEse complexes. We will use tHe metHoD That WE hAve deVeloped FOr exaFS DaTa AnaLySIs Of mixTurEs for siMilar Cd(II), HG(II) AnD Pb(II) complexES wIth cysteinE anD penicillamiNe (3,
nuclear NMR, Raman and IR,  to identi fy th e l oca lstru ctur e around the c e ntra l metal ion in these c omple xe s . We wi ll us e the m e th o d  th at  w e h av e  d evelo ped  for EX AFS data a nal ys is of mixtur e sfor simila r C d(II), Hg(II ) a nd Pb( II ) c o mplex eswithcystei n e andpenicilla mi n e (3,
nuclear NMR,_Raman and_IR, to identify the_local structure_around_the central_metal_ion in these_complexes. We will_use the method that_we have developed_for_EXAFS data analysis of mixtures for similar Cd(II), Hg(II) and Pb(II) complexes with cysteine_and_penicillamine (3,