of the hydrocarbon class are conspicuously absent from the host of (CF3)2NO-substituted organic compounds reported in the literature. After failing to prepare the parent compound III treatment of benzene with the nitroxide (II) [2,3], attention was turned to development of methods of synthesis for bistrifluoromethylamino-oxybenzenes based on the hydroxylamine IV or its sodium salt (V) as reagents.
除了由双三
氟甲基氮氧化物(II)攻击(双三
氟甲基
氨基-氧基)-羰基苯[1]所产生的衍
生物(I)以外,(CF 3)2的主体上显然不存在烃类的单(双三
氟甲基
氨基-氧基)
芳烃。文献中报道了NO-取代的有机化合物。在未能用硝基氧化物(II)制备苯的母体化合物III处理后[2,3],人们开始关注基于
羟胺IV或其钠盐(V)作为试剂的双三
氟甲基
氨基-氧苯的合成方法的开发。 。