Abstract
The catalytic potential of graphene oxide (GO) and graphite oxide has been
well explored in recent years. The reactivity of metal-supported graphite oxide as a
solid-phase heterogeneous catalyst has started to be an exceptionally powerful tool for
the construction of C-C bonds in synthetic organic chemistry. Among them, palladium
has been widely used in different catalysts for a variety of cross-coupling reactions
such as Mizoroki-Heck, Suzuki-Miyaura, Kumada, Stille, Negishi, Hiyama, and
Buchwald-Hartwig, etc., because of its high catalytic activity and the rapid installation
of a complex molecular structure with selectivity in comparison to other transition
metal catalysts. A description of recent advances in graphene-supported palladium
nanocatalysts for cross-coupling reactions is presented in this chapter. Catalyst
synthesis and mechanistic aspects are also given, followed by comparisons with
traditional methods.
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