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- Calciothermic_reaction abstract "Calciothermic reactions are metallothermic reduction reactions (more generally, thermic chemical reactions) which use calcium metal as the reducing agent at high temperature. Calcium is one of the most potent reducing agents available, usually drawn as the strongest oxidic reductant in Ellingham diagrams, though the lanthanides best it in this respect in oxide processes. On the other hand this trend does not continue to other compounds that are non-oxides, and for instance lanthanum is produced by the calciothermic reduction of the chloride, calcium being a more potent reducing agent than lanthanum involving chlorides.Calciothermic processes are used in the extraction of metals such as uranium, zirconium, and thorium from oxide ores.An interesting way of performing calciothermic reductions is by in-situ generated metallic calcium, dissolved in molten calcium chloride, as shown in the FFC Cambridge Process.".
- Calciothermic_reaction wikiPageID "2721326".
- Calciothermic_reaction wikiPageLength "1220".
- Calciothermic_reaction wikiPageOutDegree "15".
- Calciothermic_reaction wikiPageRevisionID "683502983".
- Calciothermic_reaction wikiPageWikiLink Aluminothermic_reaction.
- Calciothermic_reaction wikiPageWikiLink Calcium.
- Calciothermic_reaction wikiPageWikiLink Category:Inorganic_reactions.
- Calciothermic_reaction wikiPageWikiLink Category:Metallurgy.
- Calciothermic_reaction wikiPageWikiLink Chloride.
- Calciothermic_reaction wikiPageWikiLink Ellingham_diagram.
- Calciothermic_reaction wikiPageWikiLink FFC_Cambridge_process.
- Calciothermic_reaction wikiPageWikiLink Lanthanide.
- Calciothermic_reaction wikiPageWikiLink Lanthanum.
- Calciothermic_reaction wikiPageWikiLink Ore.
- Calciothermic_reaction wikiPageWikiLink Redox.
- Calciothermic_reaction wikiPageWikiLink Silicothermic_reaction.
- Calciothermic_reaction wikiPageWikiLink Thorium.
- Calciothermic_reaction wikiPageWikiLink Uranium.
- Calciothermic_reaction wikiPageWikiLink Zirconium.
- Calciothermic_reaction wikiPageWikiLinkText "Calciothermic reaction".
- Calciothermic_reaction wikiPageWikiLinkText "calciothermic".
- Calciothermic_reaction auto "yes".
- Calciothermic_reaction date "December 2009".
- Calciothermic_reaction wikiPageUsesTemplate Template:Reaction-stub.
- Calciothermic_reaction wikiPageUsesTemplate Template:Unreferenced_stub.
- Calciothermic_reaction subject Category:Inorganic_reactions.
- Calciothermic_reaction subject Category:Metallurgy.
- Calciothermic_reaction hypernym Reactions.
- Calciothermic_reaction type Disease.
- Calciothermic_reaction type Reaction.
- Calciothermic_reaction comment "Calciothermic reactions are metallothermic reduction reactions (more generally, thermic chemical reactions) which use calcium metal as the reducing agent at high temperature. Calcium is one of the most potent reducing agents available, usually drawn as the strongest oxidic reductant in Ellingham diagrams, though the lanthanides best it in this respect in oxide processes.".
- Calciothermic_reaction label "Calciothermic reaction".
- Calciothermic_reaction sameAs Q5018787.
- Calciothermic_reaction sameAs m.07zyp7.
- Calciothermic_reaction sameAs Кальцієтермія.
- Calciothermic_reaction sameAs Q5018787.
- Calciothermic_reaction wasDerivedFrom Calciothermic_reaction?oldid=683502983.
- Calciothermic_reaction isPrimaryTopicOf Calciothermic_reaction.