-
contributes one
electron to a
delocalized system of
electrons that is also a part of the
chemical bonding. The
delocalized electrons are free to move throughout...
- can be
treated using a
delocalized approach as well, it is
generally the π
bonding that is
being considered when
delocalized bonding is
invoked in the...
- case of ions it is
common to
speak about delocalized charge (charge
delocalization). An
example of
delocalized charge in ions can be
found in the carboxylate...
-
metallic bonding:
delocalization of
electrons and the
availability of a far
larger number of
delocalized energy states than of
delocalized electrons.[clarification...
-
hydrogenation data of
simple alkenes; the
additional stability is due to the
delocalized cloud of electrons,
called resonance energy.
Criteria for
simple aromatics...
- atoms,
these orbitals can
interact with each
other freely, and
become delocalized. This
means that,
instead of
being tied to one atom of carbon, each electron...
-
entails the
sharing of
electrons over more than two
atoms is said to be
delocalized. The term
covalence in
regard to
bonding was
first used in 1919 by Irving...
-
Stability is
conferred to the
radical anion when the
charge can be
delocalized.
Examples include alkali metal naphthenides, anthracenides, and ketyls...
- Foster-Boys method,
since it
implies a
larger penalty on the
delocalized tails. For
graphene (a
delocalized system), the
fourth moment method produces more localized...
- of four—formal single, double, and
triple bonds, plus
structures with
delocalized electrons—make the
array of
organic compounds structurally diverse, and...
