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- FFC_Cambridge_process abstract "The FFC Cambridge Process is an electrochemical method in which solid metal compounds, particularly oxides, are cathodically reduced to the respective metals or alloys in molten salts. It is thought that this process will eventually be capable of producing metals or alloys more efficiently than by current conventional processes, such as titanium by the Kroll process.".
- FFC_Cambridge_process wikiPageExternalLink Calcium.
- FFC_Cambridge_process wikiPageExternalLink founders_and_invention.php.
- FFC_Cambridge_process wikiPageID "1829571".
- FFC_Cambridge_process wikiPageRevisionID "590572254".
- FFC_Cambridge_process hasPhotoCollection FFC_Cambridge_process.
- FFC_Cambridge_process subject Category:Chemical_processes.
- FFC_Cambridge_process subject Category:Electrochemistry.
- FFC_Cambridge_process subject Category:Titanium.
- FFC_Cambridge_process type ChemicalProcess113446390.
- FFC_Cambridge_process type ChemicalProcesses.
- FFC_Cambridge_process type NaturalProcess113518963.
- FFC_Cambridge_process type PhysicalEntity100001930.
- FFC_Cambridge_process type Process100029677.
- FFC_Cambridge_process comment "The FFC Cambridge Process is an electrochemical method in which solid metal compounds, particularly oxides, are cathodically reduced to the respective metals or alloys in molten salts. It is thought that this process will eventually be capable of producing metals or alloys more efficiently than by current conventional processes, such as titanium by the Kroll process.".
- FFC_Cambridge_process label "FFC Cambridge process".
- FFC_Cambridge_process sameAs m.05_8zf.
- FFC_Cambridge_process sameAs Q5425422.
- FFC_Cambridge_process sameAs Q5425422.
- FFC_Cambridge_process sameAs FFC_Cambridge_process.
- FFC_Cambridge_process wasDerivedFrom FFC_Cambridge_process?oldid=590572254.
- FFC_Cambridge_process isPrimaryTopicOf FFC_Cambridge_process.