Linked from

The 18 pages that link to William Ramsay, each with the reason it gives.

• Dmitri MendeleevRelated: Ramsay's discoveries required a new group in the periodic system Mendeleev had established.

• HeliumRelated: His experiment established helium’s presence on Earth.

• University College LondonRelated: Ramsay discovered the noble gases argon and neon while working at UCL.

• Noble gas compoundRelated: His isolation of noble gases shaped the earlier expectation that these elements were chemically inert.

• XenonRelated: Ramsay and Morris Travers isolated xenon from liquid air in 1898.

• Neil BartlettCompared with: Ramsay established the noble-gas family whose supposed inertness Bartlett later challenged.

• William CrookesCompared with: Ramsay’s chemical discoveries offered a contemporary counterpart to Crookes’s element research.

• ArgonRelated: He worked with Rayleigh to identify argon and later determined its place among the elements.

• Frederick SoddyRelated: Soddy worked with Ramsay on helium released by radium decay.

• University of BristolRelated: Ramsay held an early academic post at University College Bristol.

• NeonRelated: Ramsay and Travers identified neon while investigating gases separated from air.

• Otto HahnRelated: Hahn studied in Ramsay’s London laboratory before specializing in radioactivity.

• Argon compoundsRelated: His work established argon as a distinct element whose apparent inertness later became a chemical challenge.

• James DewarRelated: Ramsay and Dewar both investigated liquefied gases and the properties of matter at low temperatures.

• Helium atomRelated: His work connected the solar discovery to helium found in minerals on Earth.

• Jaroslav HeyrovskýRelated: Ramsay taught Heyrovský during his studies at University College London.

• John William StruttRelated: He and Strutt isolated argon through complementary physical and chemical investigations.

• Period 1 elementRelated: His research helped identify helium on Earth and clarify its place in the table.