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- Pilling–Bedworth_ratio abstract "The Pilling–Bedworth ratio (P–B ratio), in corrosion of metals, is the ratio of the volume of the elementary cell of a metal oxide to the volume of the elementary cell of the corresponding metal (from which the oxide is created).On the basis of the P–B ratio, it can be judged if the metal is likely to passivate in dry air by creation of a protective oxide layer.".
- Pilling–Bedworth_ratio wikiPageID "21739576".
- Pilling–Bedworth_ratio wikiPageLength "3721".
- Pilling–Bedworth_ratio wikiPageOutDegree "44".
- Pilling–Bedworth_ratio wikiPageRevisionID "646243610".
- Pilling–Bedworth_ratio wikiPageWikiLink Aluminium.
- Pilling–Bedworth_ratio wikiPageWikiLink Aluminium_oxide.
- Pilling–Bedworth_ratio wikiPageWikiLink Calcium.
- Pilling–Bedworth_ratio wikiPageWikiLink Calcium_oxide.
- Pilling–Bedworth_ratio wikiPageWikiLink Category:Corrosion.
- Pilling–Bedworth_ratio wikiPageWikiLink Chromium.
- Pilling–Bedworth_ratio wikiPageWikiLink Chromium(III)_oxide.
- Pilling–Bedworth_ratio wikiPageWikiLink Corrosion.
- Pilling–Bedworth_ratio wikiPageWikiLink Crystal_structure.
- Pilling–Bedworth_ratio wikiPageWikiLink Hafnium.
- Pilling–Bedworth_ratio wikiPageWikiLink Hafnium(IV)_oxide.
- Pilling–Bedworth_ratio wikiPageWikiLink Iron.
- Pilling–Bedworth_ratio wikiPageWikiLink Iron(II)_oxide.
- Pilling–Bedworth_ratio wikiPageWikiLink Iron(II,III)_oxide.
- Pilling–Bedworth_ratio wikiPageWikiLink Iron(III)_oxide.
- Pilling–Bedworth_ratio wikiPageWikiLink Lead.
- Pilling–Bedworth_ratio wikiPageWikiLink Lead(II)_oxide.
- Pilling–Bedworth_ratio wikiPageWikiLink Magnesium.
- Pilling–Bedworth_ratio wikiPageWikiLink Magnesium_oxide.
- Pilling–Bedworth_ratio wikiPageWikiLink Nickel.
- Pilling–Bedworth_ratio wikiPageWikiLink Nickel(II)_oxide.
- Pilling–Bedworth_ratio wikiPageWikiLink Passivation_(chemistry).
- Pilling–Bedworth_ratio wikiPageWikiLink Platinum.
- Pilling–Bedworth_ratio wikiPageWikiLink Platinum(II)_oxide.
- Pilling–Bedworth_ratio wikiPageWikiLink Silicon.
- Pilling–Bedworth_ratio wikiPageWikiLink Silicon_dioxide.
- Pilling–Bedworth_ratio wikiPageWikiLink Steel.
- Pilling–Bedworth_ratio wikiPageWikiLink Tantalum.
- Pilling–Bedworth_ratio wikiPageWikiLink Tantalum_pentoxide.
- Pilling–Bedworth_ratio wikiPageWikiLink Titanium.
- Pilling–Bedworth_ratio wikiPageWikiLink Titanium_dioxide.
- Pilling–Bedworth_ratio wikiPageWikiLink Vanadium.
- Pilling–Bedworth_ratio wikiPageWikiLink Vanadium(V)_oxide.
- Pilling–Bedworth_ratio wikiPageWikiLink Zinc.
- Pilling–Bedworth_ratio wikiPageWikiLink Zinc_oxide.
- Pilling–Bedworth_ratio wikiPageWikiLink Zirconium.
- Pilling–Bedworth_ratio wikiPageWikiLink Zirconium_dioxide.
- Pilling–Bedworth_ratio wikiPageWikiLinkText "Pilling–Bedworth ratio".
- Pilling–Bedworth_ratio wikiPageUsesTemplate Template:Citation_needed.
- Pilling–Bedworth_ratio subject Category:Corrosion.
- Pilling–Bedworth_ratio hypernym Ratio.
- Pilling–Bedworth_ratio type Process.
- Pilling–Bedworth_ratio comment "The Pilling–Bedworth ratio (P–B ratio), in corrosion of metals, is the ratio of the volume of the elementary cell of a metal oxide to the volume of the elementary cell of the corresponding metal (from which the oxide is created).On the basis of the P–B ratio, it can be judged if the metal is likely to passivate in dry air by creation of a protective oxide layer.".
- Pilling–Bedworth_ratio label "Pilling–Bedworth ratio".
- Pilling–Bedworth_ratio sameAs Q2095082.
- Pilling–Bedworth_ratio sameAs Pilling-Bedworth-Verhältnis.
- Pilling–Bedworth_ratio sameAs Reguły_Pillinga_i_Bedwortha.
- Pilling–Bedworth_ratio sameAs m.05ms1k_.
- Pilling–Bedworth_ratio sameAs Q2095082.
- Pilling–Bedworth_ratio wasDerivedFrom Pilling–Bedworth_ratio?oldid=646243610.
- Pilling–Bedworth_ratio isPrimaryTopicOf Pilling–Bedworth_ratio.