Linked from

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

• OxidationRelated: His oxygen-based account of combustion shaped the original meaning of oxidation.

• Pierre-Simon LaplaceRelated: Laplace collaborated with Lavoisier on experiments concerning heat and combustion.

• SiliconRelated: Lavoisier recognized silica as likely containing an undiscovered element, though he did not isolate it.

• SulfurRelated: Lavoisier treated sulfur as an element rather than a compound, though its elemental status was later confirmed.

• Academy of SciencesRelated: His Academy work linked experimental measurement to public evaluation of inventions and claims.

• Hydrogen atomRelated: He named hydrogen after recognizing water as a compound containing the gas.

• CalorimetryRelated: His ice calorimeter experiments measured heat produced by respiration and combustion.

• AcidRelated: His oxygen-based account of acidity shaped early chemical explanations before it was overturned.

• Conservation of massRelated: His sealed-vessel experiments supplied influential evidence for mass conservation in reactions.

• Joseph PriestleyRelated: Lavoisier interpreted Priestley’s oxygen experiments within a new account of combustion.

• Benzoic acidRelated: Lavoisier’s chemical framework preceded later systematic studies of benzoic acid’s composition.

• Element discoveryRelated: His classification made systematic claims about elemental substances more precise.

• MixtureRelated: His compositional analysis strengthened the distinction between compounds and physical mixtures.

• Organic compoundRelated: His analyses helped reveal carbon as a common constituent of substances from living matter.

• AmmoniumRelated: His chemical naming reforms shaped the systematic language used for ammonium compounds.

• Phlogiston theoryRelated: Lavoisier’s experiments and terminology provided the strongest alternative to phlogiston.

• Element namingRelated: His 1787 nomenclature reform influenced how chemical substances, including elements, were named.

• Joseph BlackRelated: Lavoisier’s later account of combustion and gases built on discoveries including Black’s fixed air.

• ChemistryRelated: His quantitative methods and oxygen theory reshaped chemical explanations of combustion.

• History of chemistryRelated: His experiments recast combustion and helped transform chemistry into a systematic science.

• Chemical compoundRelated: His systematic approach made the composition of compounds measurable and communicable.

• Law of definite proportionsRelated: His precise weighing practices made comparisons of compound composition more reliable.

• Mercury(II) chlorideRelated: Lavoisier’s chemical framework helped make formulas such as HgCl₂ intelligible.

• Caloric theoryRelated: He included caloric among the simple substances in his chemical framework.

• Claude Louis BertholletRelated: Berthollet collaborated with Lavoisier on chemical nomenclature and the reform of chemistry.

• MesmerismRelated: Lavoisier helped design tests separating belief and expectation from the alleged magnetic force.

• Law of multiple proportionsRelated: His emphasis on quantitative chemical measurement shaped the evidence used to formulate composition laws.

• LitreRelated: He served on the French commission that advanced metric measurement reform.

• Arsenous acidRelated: His chemical nomenclature helped standardize the naming of oxygen-containing acids and their compounds.

• Dinitrogen tetroxideRelated: His oxygen-based account of acids shaped early interpretations of nitrogen oxides.

• Éleuthère Irénée du PontRelated: Du Pont trained in Lavoisier's chemical laboratory and learned powder manufacture.

• Mercury(II) oxideRelated: Lavoisier used mercury oxide experiments to investigate oxygen and combustion.

• History of the periodic tableRelated: His 1789 list grouped known elements into gases, metals, nonmetals, and earths.

• Law of reciprocal proportionsRelated: His precise mass-based chemistry helped create the context for laws of chemical combination.

• Jan Baptist van HelmontRelated: Lavoisier’s later framework replaced older classifications of gases and chemical processes.

• Science in the EnlightenmentRelated: His reforms show how measurement and shared terminology reshaped chemical research.

• Stephen HalesRelated: Lavoisier’s later chemistry transformed the gas studies to which Hales had contributed.