Linked from

The 20 pages that link to Allotropy, each with the reason it gives.

• Crystal structureCompared with: Carbon allotropes show how one element can form sharply different crystal structures.

• Chemical elementCompared with: Different structures can look unlike one another while remaining the same element.

• DiamondRelated: Diamond and graphite are distinct arrangements of carbon atoms.

• Crystal polymorphismCompared with: It is the elemental counterpart of polymorphism, rather than a phenomenon in compounds alone.

• MoleculeCompared with: Elemental forms can differ in structure even when they are not discrete molecules.

• TinNarrower topic: Tin changes crystal structure between its familiar metallic form and brittle gray form.

• SeleniumRelated: Selenium’s red, gray, and black forms differ in structure and properties.

• White phosphorusNarrower topic: Allotropy accounts for the marked differences between white, red, and other forms of phosphorus.

• AntimonyRelated: Antimony occurs in distinct solid forms, including the stable metallic allotrope and less stable forms.

• ChalcogenRelated: Sulfur, oxygen, and other chalcogens form distinct allotropes with different structures and properties.

• Allotropes of sulfurNarrower topic: Sulfur is a classic example, with unusually many documented forms.

• Native element mineralRelated: Carbon's graphite and diamond forms demonstrate that one element can yield different minerals.

• NonmetalRelated: Carbon, oxygen, phosphorus, and sulfur show how atomic arrangement changes nonmetal properties.

• PhaseBroader topic: It shows how one element can form distinct solid phases.

• PnictogenRelated: Phosphorus and arsenic exhibit distinct allotropes, unlike a single fixed elemental structure.

• Allotropes of phosphorusNarrower topic: It names the phenomenon that links these forms.

• Carbon groupRelated: Carbon’s diamond and graphite structures show how one group member can have radically different properties.

• Elemental materialsRelated: Different atomic structures let one element form materials with very different properties.

• Network solidRelated: Different network arrangements of one element can produce materials with sharply different properties.

• OctasulfurNarrower topic: S₈ is one of several structural forms sulfur can take.