Linked from

The 22 pages that link to Chemical nomenclature, each with the reason it gives.

• Chemical formulaRelated: Names and formulas provide complementary ways to identify compounds.

• IUPAC nomenclatureNarrower topic: IUPAC nomenclature is the internationally standardized system within this broader practice.

• IUPACNarrower topic: The need to standardize chemical names was a central reason for IUPAC’s creation.

• Antoine LavoisierRelated: The naming system Lavoisier helped develop made chemical composition clearer and more consistent.

• Polyatomic ionRelated: Ion names such as nitrate and ammonium are retained when naming their compounds.

• Chemical symbolRelated: Element symbols form the compact vocabulary used in chemical notation.

• AmmoniumNarrower topic: The name ammonium reflects the conventions used to distinguish ions and compounds.

• Phlogiston theoryRelated: Lavoisier’s new terminology helped make oxygen chemistry distinct from phlogiston language.

• Element namingNarrower topic: Element naming is one specialized part of the broader chemical naming system.

• Systematic element nameNarrower topic: Systematic element naming is a specialized case of chemical nomenclature.

• History of chemistryRelated: Lavoisier’s naming reforms made chemical communication more precise and consistent.

• Chemical Abstracts ServiceRelated: CAS links substances to standardized and variant names for retrieval.

• Chemical element namingNarrower topic: Element naming is one part of the broader system for naming chemical entities.

• Chemical RevolutionRelated: A new naming system organized substances around the oxygen-based account of composition.

• Claude Louis BertholletRelated: Berthollet helped create the nomenclature that made the new chemistry easier to communicate.

• IUPAC nomenclature of inorganic chemistryNarrower topic: Inorganic nomenclature is one branch of chemical naming, alongside organic nomenclature.

• Glutaric acidNarrower topic: The name glutaric acid reflects conventional naming for this five-carbon dicarboxylic acid.

• Arsenous acidRelated: The suffix distinction between arsenous and arsenic signals different oxidation states.

• Inorganic compoundRelated: Naming rules distinguish inorganic compounds by composition, oxidation state, and structure.

• Manganese(II) oxideRelated: The name specifies manganese's +2 oxidation state, distinguishing MnO from other manganese oxides.

• CheminformaticsRelated: Names provide human-readable identifiers alongside machine-oriented structure representations.

• HassiumNarrower topic: Hassium’s official name emerged from international rules and a discovery-priority dispute.