Difference between revisions of "Bonded forces"
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* Anti-bonding orbitals – exposing nuclei by wave-function node in-between | * Anti-bonding orbitals – exposing nuclei by wave-function node in-between | ||
| − | = Delocalization stabilization ( | + | = Delocalization stabilization (dual to Pauli repulsion!) = |
More delocalization and fewer nodes act energy lowering and thus bond-stabilizing | More delocalization and fewer nodes act energy lowering and thus bond-stabilizing | ||
| Line 24: | Line 24: | ||
== Related == | == Related == | ||
| − | * [[ | + | * [[Nonbonded forces]] |
| + | * [[Covalent bond]] & [[Coordinate bond]] | ||
Latest revision as of 19:19, 18 February 2025
The classification is intentionally kept nonstandard here.
(wiki-TODO: Add visual mermaid diagram.)
Contents
[hide]Nuclear shielding effects
- Bonding orbitals – shielding nuclei by wave-function anti-node in-between
- Anti-bonding orbitals – exposing nuclei by wave-function node in-between
Delocalization stabilization (dual to Pauli repulsion!)
More delocalization and fewer nodes act energy lowering and thus bond-stabilizing
- Multicenter electron deficient bonds (e.g. diborane)
- Conjugated systems (e.g. graphitic/aromatic systems)
- Metallic stabilization (e.g. pyrite, titanium nonmetallides)
Polar/ioninc stabilization
- stabilization due to electron polarity shifts due to electronegativity differences
(e.g. periclase MgO, bromellite BeO)
