Sir William Ramsay

GPTKB entity

Properties (63)
Predicate Object
gptkbp:instanceOf gptkb:physicist
gptkbp:affiliation gptkb:University_of_London
gptkbp:almaMater gptkb:University_College_London
gptkbp:awards gptkb:Nobel_Prize_in_Chemistry
gptkbp:born October 2, 1852
gptkbp:children 2
gptkbp:contribution Isolation of noble gases
gptkbp:died July 23, 1916
gptkbp:fellowship gptkb:Royal_Society
gptkbp:field Chemistry
https://www.w3.org/2000/01/rdf-schema#label Sir William Ramsay
gptkbp:influence Modern chemistry
gptkbp:influenced gptkb:Frederick_Soddy
gptkbp:influencedBy gptkb:Robert_Bunsen
gptkbp:inventor Ramsay's_apparatus_for_gas_collection
Ramsay's_method_of_gas_analysis
Ramsay's_method_for_detecting_noble_gases
Ramsay's_method_for_determining_atomic_weights
gptkbp:knownFor Noble gases
gptkbp:legacy Noble gas chemistry
gptkbp:nationality British
gptkbp:occupation Professor
gptkbp:releaseYear gptkb:Argon
gptkb:Krypton
Neon
Radon
Xenon
gptkbp:research Thermodynamics
Spectroscopy
Atmospheric gases
Gas laws
Molecular theory
Gas chromatography
Atomic theory
Noble gas applications
Noble gas chromatography
Gas reactions
Physical properties of gases
Gas chromatography techniques
Gas solubility
Noble gas applications in environmental science
Noble gas applications in industry
Noble gas applications in medicine
Noble gas applications in research
Noble gas applications in space science
Noble gas applications in technology
Noble gas compounds
Noble gas compounds synthesis
Noble gas detection
Noble gas ionization
Noble gas isolation techniques
Noble gas properties
Noble gas reactivity
Noble gas spectroscopy
Chemical_kinetics
Chemical_bonding
Chemical_properties_of_gases
Gas_diffusion
gptkbp:researchField Physical chemistry
gptkbp:residence gptkb:London
gptkbp:spouse gptkb:Margaret_Ramsay
gptkbp:title Sir
gptkbp:work The Gases of the Atmosphere