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Electrostatic stabilization in an assembly with substantial charge separation, usually coupled to short-range repulsion, polarization, and quantum effects.
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This is an authored directed relation from the source endpoint to the target endpoint.
Ionic bonding describes electrostatic stabilization in charge-separated structures, with polarization, covalency, lattice geometry, and environment determining the realized character.
The target is a member or subtype of the broader source class.
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Electronegativity differences help rationalize bond polarity and ionic character, but lattice structure, coordination, polarization, orbital mixing, and environment prevent a sharp universal boundary.
A theory, law, or interaction describes the behavior of the target within a stated regime. The edge detail must state important limits or qualifications.
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Ionic compounds are extended charge-neutral structures; pairwise ion language is useful but lattice, polarization, and covalency matter.
The target is a model, idealization, restricted ansatz, approximation scheme, phenomenological fit, or historical representation used for the source system or theory. It need not have a universal small error parameter and is not thereby a controlled limit or effective theory. The edge label and detail must identify the precise status.
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This is an authored directed relation from the source endpoint to the target endpoint.
Long-range Coulomb attraction plus repulsion and polarization can stabilize ionic crystals; the bonding is collective rather than a set of isolated pair bonds.
The source field, particle, charge, current, or interaction couples to, acts on, binds, forms, or stabilizes the target in the stated regime. The edge label and detail must identify the exact coupling, interaction, or binding claim and its qualifications.
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