I)I!X'1.AIMKR "I"hm rqmr! wm w:pmrcd man uttoum nrwurk~pmrmrdhynnugcnuyd the llnmlSlsl-(hwcrnmcnl Nclilmr the llnlld Stalcrn{kwcrnnmnl nor any tgcrrvy thcred, nor nrryw[lhmr cmplo~. wmhcs uny wnrrwrly. caprmur Imphcd ur tiaaumcs wry kpl Imhdlly or rqwnrlIhdlly hw he cccuracy, compktcti, or udulnmdmry mkrrmntnm. npfrerrnlus,~rrRIucLor prtxcwdidud, of rcprc~cntfi Ihat Ih U* wnukl mrl infrmgc prwnlely owned rights. Refer. crwc hcrmn Iw wry qmcif~wmncrcmi prwlud, prtwcm, wr~rvwr hy Irdenmnc, trademark mmnrfulurer, ur dherwm &xn nwl ncweaaarlly cnrwlllulc or lmpJy IIS cmlwmcmcnl, recrmr. mcrnlmlitm, wr rmwrins hy he lJnltcd SIaICB lirwcrnrncn! or wry •~ncy thcrarf "Ihc wcws and uprnmns of mrihwm CIPCA lmrcm do nm necmsdy dtile or rdld thlmr d lb [bud Slalcm (irwcrnmcnl or wry nscrwy Ihcra#
C‐14 allyl and C‐14 quinaldine labeled N‐allyl quinaldinium bromide (NAQ) were prepared and their inclusion in bright nickel deposits studied. The amount of NAQ inclusion was found to depend on the mass transfer processes, the diffusion layer thickness, and the catalytic state of the nickel deposit.
scite is a Brooklyn-based organization that helps researchers better discover and understand research articles through Smart Citations–citations that display the context of the citation and describe whether the article provides supporting or contrasting evidence. scite is used by students and researchers from around the world and is funded in part by the National Science Foundation and the National Institute on Drug Abuse of the National Institutes of Health.