Linked from

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

• VulcanizationRelated: Heating rubber with sulfur is the traditional route to forming cross-links.

• AllotropyRelated: Its ring molecules and crystal forms illustrate structural variety within one element.

• Black powderRelated: It helps the mixture ignite and burn more readily.

• Crude oilRelated: Sulfur content strongly affects processing requirements and crude-oil value.

• Ammonium sulfateRelated: The sulfate portion also supplies sulfur, a required plant nutrient.

• Charles GoodyearRelated: Sulfur was the key ingredient in the process Goodyear developed.

• Zinc sulfideRelated: Sulfur forms the anion paired with zinc in ZnS.

• SulfiteRelated: Sulfur is the central atom in the sulfite ion.

• Cadmium sulfideRelated: Sulfur combines with cadmium to form the sulfide lattice.

• Molybdenum disulfideRelated: Sulfur atoms form the outer sheets around molybdenum in each MoS₂ layer.

• LazuriteRelated: Sulfur species within lazurite are chiefly responsible for its blue appearance.

• CobaltiteRelated: Sulfur combines with cobalt and arsenic in cobaltite.

• Iron(II) sulfideRelated: Sulfur supplies the sulfide component of FeS.

• Lead(II) sulfideRelated: Sulfur supplies the sulfide ions in PbS.

• PhenothiazineRelated: A sulfur atom occupies one of the heteroatom positions in phenothiazine's central ring.

• Silver sulfideRelated: Sulfur supplies the anions that combine with silver in the compound.

• Magnesium sulfideRelated: Sulfur forms the negatively charged component of MgS.

• Mercury sulfideRelated: Sulfur supplies the atoms bonded to mercury in HgS.

• Potassium sulfideRelated: One sulfur atom supplies the S²⁻ ion in each formula unit.

• ThiophenolRelated: Sulfur supplies the thiol group and gives thiophenol its characteristic reactivity.