KnowraWilliam Henry BraggLinked fromLinked fromThe 16 pages that link to William Henry Bragg, each with the reason it gives.All 16Related 15Compared with 1X-ray crystallographyRelated: He helped turn diffraction observations into a practical structural method.X-ray diffractionRelated: He built experimental methods that made crystal diffraction measurements practical.Bragg's lawRelated: He helped formulate and experimentally apply the diffraction condition.CrystallographyRelated: His experimental work helped make crystal diffraction a practical structural method.Henry MoseleyRelated: Moseley worked in Bragg’s laboratory at Leeds and learned X-ray methods there.Royal InstitutionRelated: He led the Davy Faraday Research Laboratory and expanded its scientific program.Clinton DavissonRelated: The diffraction methods developed in his field provided a framework for interpreting electron scattering.Manne SiegbahnRelated: Bragg’s crystal-diffraction methods were essential to X-ray wavelength measurement.Max von LaueRelated: The Braggs rapidly turned Laue’s diffraction finding into a method for determining crystal structures.Solid-state chemistryRelated: X-ray analysis gave chemists a way to determine the structures of crystalline solids.Lawrence BraggRelated: Father and son jointly developed X-ray methods for studying crystal structures.Kathleen LonsdaleRelated: Lonsdale worked in the crystallographic tradition established by Bragg and his collaborators.Charles BarklaRelated: Bragg’s crystallographic approach became a major alternative use of X-rays.History of materials scienceRelated: His diffraction work helped make crystal structure experimentally accessible.History of mineralogyRelated: His diffraction work enabled direct investigation of mineral atomic arrangements.