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- Verneuil_process abstract "The Verneuil process, also called flame fusion, was the first commercially successful method of manufacturing synthetic gemstones, developed in 1902 by the French chemist Auguste Verneuil. It is primarily used to produce the ruby and sapphire varieties of corundum, as well as the diamond simulants rutile and strontium titanate. The principle of the process involves melting a finely powdered substance using an oxyhydrogen flame, and crystallising the melted droplets into a boule. The process is considered to be the founding step of modern industrial crystal growth technology, and remains in wide use to this day.".
- Verneuil_process thumbnail Verneuil_torch_sketch.png?width=300.
- Verneuil_process wikiPageExternalLink ie50054a022.pdf.
- Verneuil_process wikiPageExternalLink verneuil-synthetic-corundum-dangerous-curves.htm.
- Verneuil_process wikiPageExternalLink Est_284100_pg2.html.
- Verneuil_process wikiPageExternalLink flame-fusion.html.
- Verneuil_process wikiPageExternalLink May-2005.pdf.
- Verneuil_process wikiPageID "4102366".
- Verneuil_process wikiPageLength "11173".
- Verneuil_process wikiPageOutDegree "63".
- Verneuil_process wikiPageRevisionID "700969262".
- Verneuil_process wikiPageWikiLink Alchemy.
- Verneuil_process wikiPageWikiLink Aluminium_oxide.
- Verneuil_process wikiPageWikiLink Auguste_Victor_Louis_Verneuil.
- Verneuil_process wikiPageWikiLink Bell_Labs.
- Verneuil_process wikiPageWikiLink Boule_(crystal).
- Verneuil_process wikiPageWikiLink Cardinal_gem.
- Verneuil_process wikiPageWikiLink Carroll_Chatham.
- Verneuil_process wikiPageWikiLink Category:Chemical_processes.
- Verneuil_process wikiPageWikiLink Category:Gemology.
- Verneuil_process wikiPageWikiLink Category:Mineralogy.
- Verneuil_process wikiPageWikiLink Chromium_oxide.
- Verneuil_process wikiPageWikiLink Cleavage_(crystal).
- Verneuil_process wikiPageWikiLink Combustion.
- Verneuil_process wikiPageWikiLink Corundum.
- Verneuil_process wikiPageWikiLink Crystal_growth.
- Verneuil_process wikiPageWikiLink Crystal_structure.
- Verneuil_process wikiPageWikiLink Czochralski_process.
- Verneuil_process wikiPageWikiLink Diamond_simulant.
- Verneuil_process wikiPageWikiLink Edmond_Frémy.
- Verneuil_process wikiPageWikiLink File:Verneuil_torch_sketch.png.
- Verneuil_process wikiPageWikiLink Flux_method.
- Verneuil_process wikiPageWikiLink French_people.
- Verneuil_process wikiPageWikiLink Gemstone.
- Verneuil_process wikiPageWikiLink Geneva.
- Verneuil_process wikiPageWikiLink Hrand_Djevahirdjian.
- Verneuil_process wikiPageWikiLink Hydrogen.
- Verneuil_process wikiPageWikiLink Hydrothermal_synthesis.
- Verneuil_process wikiPageWikiLink Iron(III)_oxide.
- Verneuil_process wikiPageWikiLink Jan_Czochralski.
- Verneuil_process wikiPageWikiLink Monthey.
- Verneuil_process wikiPageWikiLink Opacity_(optics).
- Verneuil_process wikiPageWikiLink Oxalate.
- Verneuil_process wikiPageWikiLink Oxide.
- Verneuil_process wikiPageWikiLink Oxygen.
- Verneuil_process wikiPageWikiLink Oxyhydrogen.
- Verneuil_process wikiPageWikiLink Paris.
- Verneuil_process wikiPageWikiLink Ruby.
- Verneuil_process wikiPageWikiLink Rutile.
- Verneuil_process wikiPageWikiLink S._K._Popov.
- Verneuil_process wikiPageWikiLink Sapphire.
- Verneuil_process wikiPageWikiLink Seed_crystal.
- Verneuil_process wikiPageWikiLink Semiconductor_industry.
- Verneuil_process wikiPageWikiLink Shelby_Gem_Factory.
- Verneuil_process wikiPageWikiLink Single_crystal.
- Verneuil_process wikiPageWikiLink Sintering.
- Verneuil_process wikiPageWikiLink Sodium.
- Verneuil_process wikiPageWikiLink Soviet_Union.
- Verneuil_process wikiPageWikiLink Spinel.
- Verneuil_process wikiPageWikiLink Strontium_titanate.
- Verneuil_process wikiPageWikiLink Switzerland.
- Verneuil_process wikiPageWikiLink Temperature_gradient.
- Verneuil_process wikiPageWikiLink The_Linde_Group.
- Verneuil_process wikiPageWikiLink Titanium_dioxide.
- Verneuil_process wikiPageWikiLink Union_Carbide.
- Verneuil_process wikiPageWikiLink United_States.
- Verneuil_process wikiPageWikiLink World_War_II.
- Verneuil_process wikiPageWikiLink File:Flame_fusion_of_corundum.jpg.
- Verneuil_process wikiPageWikiLink File:Verneuil_process_diagram.svg.
- Verneuil_process wikiPageWikiLinkText "Verneuil process".
- Verneuil_process wikiPageWikiLinkText "Verneuil".
- Verneuil_process wikiPageWikiLinkText "synthetic rubies".
- Verneuil_process wikiPageWikiLinkText "synthetic".
- Verneuil_process wikiPageUsesTemplate Template:Cite_journal.
- Verneuil_process wikiPageUsesTemplate Template:Cite_web.
- Verneuil_process subject Category:Chemical_processes.
- Verneuil_process subject Category:Gemology.
- Verneuil_process subject Category:Mineralogy.
- Verneuil_process type Object.
- Verneuil_process type Process.
- Verneuil_process type Redirect.
- Verneuil_process type Subfield.
- Verneuil_process comment "The Verneuil process, also called flame fusion, was the first commercially successful method of manufacturing synthetic gemstones, developed in 1902 by the French chemist Auguste Verneuil. It is primarily used to produce the ruby and sapphire varieties of corundum, as well as the diamond simulants rutile and strontium titanate. The principle of the process involves melting a finely powdered substance using an oxyhydrogen flame, and crystallising the melted droplets into a boule.".
- Verneuil_process label "Verneuil process".
- Verneuil_process sameAs Q898662.
- Verneuil_process sameAs Verneuil-Verfahren.
- Verneuil_process sameAs Proceso_de_Verneuil.
- Verneuil_process sameAs ベルヌーイ法.
- Verneuil_process sameAs Metoda_Verneuila.
- Verneuil_process sameAs m.0bj26t.
- Verneuil_process sameAs Метод_Вернейля.
- Verneuil_process sameAs Q898662.
- Verneuil_process wasDerivedFrom Verneuil_process?oldid=700969262.
- Verneuil_process depiction Verneuil_torch_sketch.png.
- Verneuil_process isPrimaryTopicOf Verneuil_process.
