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The 23 pages that link to Carbon, each with the reason it gives.

• Carbon dioxideNarrower topic: One carbon atom forms the central atom in every CO₂ molecule.

• DiamondNarrower topic: Diamond is one of carbon’s solid structural forms.

• Silicon carbideRelated: Carbon bonds with silicon in SiC, helping produce its hardness and thermal stability.

• BoronCompared with: Carbon neighbors boron yet forms a far larger variety of stable chains.

• Carbon–carbon bondNarrower topic: Its valence electrons allow carbon atoms to bond repeatedly to one another.

• TungstenCompared with: Carbon’s sublimation behavior differs from tungsten’s melting as a refractory metal.

• Organic compoundRelated: Its bonding capacity lets organic compounds build varied structures.

• MartensiteRelated: Trapped carbon distorts the martensite lattice and increases its resistance to deformation.

• Organic matterNarrower topic: Carbon’s ability to form stable bonds underlies the diverse compounds classified as organic matter.

• Cast iron cookwareRelated: Carbon content helps distinguish cast iron from other iron-based cookware materials.

• Pig ironRelated: Its high concentration distinguishes pig iron from most refined iron products.

• Carbon fibersNarrower topic: Carbon atoms form the aligned, layered structures that give these filaments their characteristic properties.

• Allotropes of carbonNarrower topic: Its ability to form several strong bonds enables the structural diversity of its allotropes.

• Amorphous carbonNarrower topic: Amorphous carbon is one structural form of this element.

• Boron carbideRelated: Carbon atoms occupy chain sites within common boron carbide structures.

• PhaseRelated: Its solid forms demonstrate distinct phases with different atomic arrangements.

• Carbon-based lifeNarrower topic: Its four bonding sites allow the diverse molecular frameworks found in living organisms.

• Main-group elementBroader topic: Its bonding versatility underlies organic molecules and many materials.

• Carbon groupBroader topic: It is the lightest member and shows the strongest catenation in the group.

• Tantalum carbideRelated: Carbon occupies sites in tantalum carbide’s crystal lattice.

• GeminalRelated: Organic geminal groups commonly share a carbon atom.

• Period 2 elementBroader topic: Its extensive bonding makes it a central example of Period 2 covalent chemistry.

• FluorocarbonNarrower topic: Carbon supplies the molecular frameworks to which fluorine atoms attach.