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The 28 pages that link to Ice crystal, each with the reason it gives.

• CryopreservationRelated: Growing crystals can puncture membranes and disrupt cellular structures.

• Ice creamRelated: Crystal size strongly affects whether ice cream feels smooth or icy.

• FrostbiteRelated: Ice crystals form within and around cells during freezing, disrupting tissue structure.

• Cirrus cloudRelated: The shape and orientation of these particles determine cirrus texture and optical effects.

• HailRelated: Ice crystals can serve as embryos around which hail accretes frozen droplets.

• Atmospheric opticsRelated: Hexagonal ice crystals produce many common halos through refraction and reflection.

• CryotherapyRelated: Ice formation contributes to membrane damage and cell death in treated tissue.

• VirgaRelated: Cloud ice crystals can fall and disappear by sublimation.

• GelatoRelated: Small ice crystals help gelato feel smooth rather than grainy.

• Frozen custardRelated: Small ice crystals contribute to frozen custard’s smooth texture.

• Soft serveRelated: Small ice crystals help soft serve feel smooth rather than icy.

• Frozen yogurtRelated: Large crystals can make frozen yogurt feel coarse or icy.

• Clarence BirdseyeRelated: Rapid freezing produces smaller crystals, reducing damage to food tissues.

• Cirrostratus nebulosusRelated: Ice crystals make up the high, cold cloud and refract light into halos.

• Cirrocumulus cloudRelated: Ice crystals make up much of cirrocumulus in its cold upper-atmosphere setting.

• Fractional freezingRelated: Ice crystals usually exclude many dissolved solutes, creating the composition difference used for separation.

• KulfiRelated: Limited air incorporation and concentrated milk help keep kulfi’s frozen structure dense.