作者:W.J. Mijs、O.E. van Lohuizen、J. Bussink、L. Vollbracht
DOI:10.1016/0040-4020(67)80061-9
日期:1967.5
starting 4-aryloxyphenol: a homolyticfission mechanism (two dimeric phenols yielding monomer and trimer as primary products), or an intramolecular rearrangement mechanism (two dimeric molecules giving a tetramer as a primary product). The tetramers are not formed by direct coupling of 4-aryloxyradicals, the oxygen of one radical attacking thepara position of the terminal ring of the other. Experimental