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The 40 pages that link to Ceramic, each with the reason it gives.

• Ionic compoundRelated: Many ceramics contain ionic compounds whose strong bonds help produce heat-resistant solids.

• Silicate mineralRelated: Clay minerals and feldspars supply major raw materials for traditional ceramics.

• Materials scienceCompared with: Ceramics contrast with metals through strong bonding and limited plastic deformation.

• PorcelainNarrower topic: Porcelain is a high-fired member of the broad ceramic family.

• FeldsparRelated: Feldspar serves as a flux in many ceramic bodies and glazes.

• AlloyCompared with: Ceramics are a distinct materials family, even when they contain metallic elements.

• HardnessRelated: Ceramics show how high hardness can coexist with limited tolerance for cracking.

• Clay mineralRelated: Kaolinite-rich clays are principal raw materials for many ceramic bodies.

• Ceramic glazeNarrower topic: Glaze is a coating applied to a ceramic object and fused during firing.

• AluminaNarrower topic: Alumina ceramics belong to this broad family of engineered materials.

• MetalCompared with: Ceramics contrast with metals in brittleness, conductivity, and bonding, though specialized exceptions occur.

• PotteryNarrower topic: Pottery is a major ceramic category, distinct from ceramic tiles, sculpture, and technical products.

• Zinc oxideRelated: Zinc oxide is used in ceramic glazes and formulations to modify firing and optical properties.

• GlassmakingCompared with: Ceramics are commonly crystalline or partly crystalline, unlike the amorphous structure of most glass.

• Decorative artsBroader topic: Ceramics range from everyday vessels to highly ornamented display objects.

• StonewareNarrower topic: Stoneware is one kind of ceramic, shaped from clay and hardened in a kiln.

• TalcRelated: Talc is used in some ceramic bodies to alter firing behavior and thermal expansion.

• Investment castingNarrower topic: Ceramics provide the heat resistance and stiffness required of the mold shell.

• Polycrystalline materialRelated: Many engineering ceramics consist of grains whose boundaries affect strength and conductivity.

• Solid-state chemistryBroader topic: Ceramics are a major class of solids whose properties depend on composition, phases, and processing.

• Uranium dioxideNarrower topic: UO₂ fuel is a ceramic rather than a metallic uranium alloy.

• Lithium oxideNarrower topic: Lithium oxide is added to ceramic formulations to alter their properties.

• PetaliteRelated: Petalite has been used in ceramic bodies to improve thermal-shock resistance.

• Polymer engineeringCompared with: Ceramics often withstand higher temperatures, while polymers can be lighter and more deformable.

• Ancient technologyRelated: Fired clay provided durable vessels, building materials, and specialized objects.

• Applied artsBroader topic: Ceramics show how material properties and firing techniques shape applied design.

• Yttrium barium copper oxideNarrower topic: Yttrium barium copper oxide is a brittle ceramic rather than a ductile metal.

• OcarinaRelated: Many traditional ocarinas are made from fired clay or ceramic.

• Tantalum carbideNarrower topic: Tantalum carbide is a ceramic whose strong bonding resists deformation.

• WollastoniteRelated: Wollastonite can improve firing behavior and reduce shrinkage in ceramic bodies.

• Alexandre BrongniartNarrower topic: Understanding ceramic bodies and firing was central to his technical work at Sèvres.

• Ceramic engineeringNarrower topic: This broad material class defines the engineering field’s central subject.

• Coffee cupNarrower topic: Fired ceramic is the traditional material for durable coffee cups.

• Silicon nitrideNarrower topic: Silicon nitride belongs to the ceramic family, whose processing shapes its properties.

• Strontium oxideNarrower topic: SrO is used as an ingredient in some ceramic and glass formulations.

• IntermetallicCompared with: Ceramics can share intermetallics’ heat resistance but differ in bonding and electrical behavior.

• Network solidNarrower topic: Many ceramics have extended ionic or covalent frameworks, though the category includes varied structures.

• Titanium nitrideNarrower topic: TiN is a ceramic whose bonding also allows substantial electrical conductivity.

• TweezersRelated: Ceramic tweezers can resist heat and avoid electrical conduction.

• VaseNarrower topic: Many vases are ceramic, shaped from clay and fired to become durable.