-
shorter lengths. In
valence bond theory,
delocalization in
benzene is
represented by
resonance structures.
Delocalized electrons also
exist in the structure...
- term
resonance be
abandoned in
favor of
delocalization and
resonance energy abandoned in
favor of
delocalization energy. A
resonance structure becomes a...
- that
simple diagrams illustrate as not
having a π bond. They
allow a
delocalization of π
electrons across all the
adjacent aligned p-orbitals. The π electrons...
- C−H bond strength, are
thermodynamically stabilized due to
resonance delocalization. However,
these radicals are
kinetically transient because they can...
-
clusters is
another example of
delocalization, this time
often in three-dimensional arrangements.
Metals take the
delocalization principle to its extreme,...
-
occurs in
relatively narrow (d-)bands,
which are
poorly delocalized. Generally,
strong delocalization in a
solid due to
large overlap with
neighboring wave...
- compounds.
Aromaticity can also be
considered a
manifestation of
cyclic delocalization and of resonance. This is
usually considered to be
because electrons...
- Metal–insulator
transitions are
transitions of a
material from a
metal (material with good
electrical conductivity of
electric charges) to an insulator...
- 5-cyclohexatriene" to the
delocalized bonds of benzene.
Taking this
distortion energy into account, the
value of |β| for
delocalization without geometric change...
-
conserving the
number of p-electrons while, however,
removing the
effects of
delocalization. Surprisingly, the
interaction energies with
benzene are
higher for...
