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The 193 pages that link to Crystal structure, each with the reason it gives.

• KerniteNarrower topic: Kernite’s distinctive borate framework and water molecules are defined by its crystal structure.

• OrpimentNarrower topic: Orpiment’s layered atomic arrangement underlies its cleavage and optical behavior.

• RhodochrositeNarrower topic: Rhodochrosite’s trigonal symmetry arises from its repeating atomic arrangement.

• UlexiteNarrower topic: Ulexite’s crystal structure organizes its chemical constituents into fibrous units.

• Crystal healingNarrower topic: Physical crystal properties arise from atomic structure, not demonstrated healing energies.

• Hexagonal crystal familyNarrower topic: Family classification connects lattice symmetry to the structures measured in materials.

• Lithium hydrideNarrower topic: LiH forms an ordered ionic lattice rather than discrete LiH molecules in the solid state.

• Silver sulfideNarrower topic: Silver sulfide's structure changes with temperature, distinguishing acanthite from argentite.

• Sodium peroxideNarrower topic: The solid’s properties depend on how sodium and peroxide ions pack together.

• Atomic packing factorNarrower topic: Packing factor summarizes one geometric property of a crystal structure.

• Kathleen LonsdaleNarrower topic: Determining crystal structures was the central problem her diffraction research addressed.

• Potassium alumNarrower topic: The alum’s characteristic crystals arise from an ordered ionic lattice.

• Tin(IV) oxideNarrower topic: Its rutile lattice determines the coordination and pathways that shape tin dioxide's properties.

• Ammonium dihydrogen phosphateNarrower topic: The salt’s optical behavior depends on its ordered crystalline arrangement.

• Arsenate mineralNarrower topic: The arrangement of arsenate groups and metal ions determines each mineral's identity.

• IntermetallicNarrower topic: Intermetallics are distinguished in part by ordered arrangements of different elements on crystal sites.

• Lithium nitrideNarrower topic: Li₃N's distinctive properties depend on how its ions repeat through the solid.

• Magnesium sulfideNarrower topic: The compound’s properties depend on how its ions are arranged in the solid.

• Mercury sulfideNarrower topic: Different atomic arrangements account for HgS’s distinct crystalline forms.

• Yield (materials science)Narrower topic: Lattice geometry influences which slip systems can activate at yield.