N-4-Pyridinyl-, N-2-quinolinyl-, and 2-pyrazinylphenanthrene 9,10-imines 4–6, as well as N-4-pyridinyl- and N-2-pyrazinylbenz[a]anthracene 5,6-imines 12 and 13 were prepared by sodium hydride-mediated interaction of the parent arene imines, 1 and 10, and the respective chloropyridine, chloroquinoline or chloropyrazine. N-Nicotynoyl-, N-2-pyridinoyl- and N-6-quinolinoylphenanthrene 9,10-imines 7–9 were
Ñ -4-
吡啶基,Ñ -2- quinolinyl-和2- pyrazinylphenanthrene -9,10-
亚胺4-6,以及ñ -4-
吡啶基和Ñ -2- pyrazinylbenz [一个]
蒽5,6-通过氢化
钠介导的母体
芳烃亚胺1和10与各自的
氯吡啶,
氯喹啉或
氯吡嗪的相互作用制备
亚胺12和13。Ñ -Nicotynoyl-,Ñ -2- pyridinoyl-和Ñ -6- quinolinoylphenanthrene -9,10-
亚胺7-9通过的相互作用获得Ñ-三甲基甲
硅烷基
菲9,10-亚胺(2)和合适的
吡啶或
喹啉羰基
氯化物。的反应Ñ -methylsulfonylphenanthrene -9,10-
亚胺与胸腺
嘧啶,
胞嘧啶,5-
氟胞嘧啶,
嘌呤,
6-氯嘌呤和
腺嘌呤,得到,在任一
碳酸钾或1,5-二
氮杂双环[3.4.0]壬-5-的存在烯,分别为加合物16-22。加合物的结构通过多核核磁