The dipolar cycloaddition reactivity of N-(1-naphthy1)-1,4- benzoquinoneimine
N-oxide and N-phenyl-1,4- naphthoquinoneimine Noxide
are investigated, The latter gives the expected adducts with common
dipolarophiles such as acrylonitryle, methyl methacrylate, dimethylacetylene
dicarboxylate and N-phenylmaleimide. The reactivity of
the former nitrone is found to be minimal. It undergoes, however, an
anomalous reaction with DMAD to give, after rearrangement, 1-(4-hydroxypheny1) 3, 3-dicarboxymethylbenzooxindole
. (1990). REACTIVITY OF N-SUBSTITUTED p-BENZO AND p-NAPHTHOQUINONEIMINE N-OXIDES TOWARD DIPOLAROPHILES. (e31322). Journal of Sciences, Islamic Republic of Iran, 1(3), e31322
MLA
. "REACTIVITY OF N-SUBSTITUTED p-BENZO AND p-NAPHTHOQUINONEIMINE N-OXIDES TOWARD DIPOLAROPHILES" .e31322 , Journal of Sciences, Islamic Republic of Iran, 1, 3, 1990, e31322.
HARVARD
. (1990). 'REACTIVITY OF N-SUBSTITUTED p-BENZO AND p-NAPHTHOQUINONEIMINE N-OXIDES TOWARD DIPOLAROPHILES', Journal of Sciences, Islamic Republic of Iran, 1(3), e31322.
CHICAGO
, "REACTIVITY OF N-SUBSTITUTED p-BENZO AND p-NAPHTHOQUINONEIMINE N-OXIDES TOWARD DIPOLAROPHILES," Journal of Sciences, Islamic Republic of Iran, 1 3 (1990): e31322,
VANCOUVER
. REACTIVITY OF N-SUBSTITUTED p-BENZO AND p-NAPHTHOQUINONEIMINE N-OXIDES TOWARD DIPOLAROPHILES. J. Sci. I. R. I.. 1990;1(3):e31322.