convenient, highly efficient, decatungstate-mediated chemical methodology to functionalize fullerenes is demonstrated. A variety of radicals have been generated by the photochemical interaction of tetrabutylammonium decatungstate [(n-Bu4N)4W10O32] and para-substituted toluenes, anisoles, and thioanisole and effectively trapped by the [60]fullerene affording the corresponding 1,2-dihydro[60]fullerene monoadducts
                                    展示了一种方便,高效,由十分解
钨酸盐介导的
化学方法,可将
富勒烯官能化。通过四丁基
癸二酸铵[(n-Bu4N)4W10O32]与对位取代的
甲苯,
茴香醚和
硫代
苯甲醚的光
化学相互作用已产生了多种自由基,并被[60]
富勒烯有效地捕获,从而提供了相应的1,2-二氢[ 60]
富勒烯单加合物,产率中等至良好。