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- Avrami_equation abstract "The Avrami equation describes how solids transform from one phase (state of matter) to another at constant temperature. It can specifically describe the kinetics of crystallisation, can be applied generally to other changes of phase in materials, like chemical reaction rates, and can even be meaningful in analyses of ecological systems.The equation is also known as the Johnson-Mehl-Avrami-Kolmogorov, or JMAK, equation. The equation was first derived by Kolmogorov in 1937 and popularized by Melvin Avrami in a series of papers published in the Journal of Chemical Physics from 1939 to 1941.".
- Avrami_equation thumbnail Avrami_equation.svg?width=300.
- Avrami_equation wikiPageExternalLink A00545.html.
- Avrami_equation wikiPageID "7381179".
- Avrami_equation wikiPageLength "7888".
- Avrami_equation wikiPageOutDegree "10".
- Avrami_equation wikiPageRevisionID "615072903".
- Avrami_equation wikiPageWikiLink Andrey_Kolmogorov.
- Avrami_equation wikiPageWikiLink Category:Crystallography.
- Avrami_equation wikiPageWikiLink Category:Equations.
- Avrami_equation wikiPageWikiLink Crystallisation.
- Avrami_equation wikiPageWikiLink Crystallization.
- Avrami_equation wikiPageWikiLink Grain_boundary.
- Avrami_equation wikiPageWikiLink Journal_of_Chemical_Physics.
- Avrami_equation wikiPageWikiLink Parent_phase.
- Avrami_equation wikiPageWikiLink Robert_Franklin_Mehl.
- Avrami_equation wikiPageWikiLink File:Avrami_equation.svg.
- Avrami_equation wikiPageWikiLink File:Avrami_transformation_plot.svg.
- Avrami_equation wikiPageWikiLinkText "Avrami equation".
- Avrami_equation wikiPageWikiLinkText "Avrami_equation".
- Avrami_equation wikiPageWikiLinkText "Johnson–Mehl–Avrami–Kolmogorov equation".
- Avrami_equation hasPhotoCollection Avrami_equation.
- Avrami_equation wikiPageUsesTemplate Template:Reflist.
- Avrami_equation subject Category:Crystallography.
- Avrami_equation subject Category:Equations.
- Avrami_equation type Biophysic.
- Avrami_equation type Physic.
- Avrami_equation comment "The Avrami equation describes how solids transform from one phase (state of matter) to another at constant temperature. It can specifically describe the kinetics of crystallisation, can be applied generally to other changes of phase in materials, like chemical reaction rates, and can even be meaningful in analyses of ecological systems.The equation is also known as the Johnson-Mehl-Avrami-Kolmogorov, or JMAK, equation.".
- Avrami_equation label "Avrami equation".
- Avrami_equation sameAs Johnson-Mehl-Avrami-Kolmogorow-Gleichung.
- Avrami_equation sameAs Teoría_de_Kolmogorov-Johnson-Mehl-Avrami.
- Avrami_equation sameAs Équation_de_Johnson-Mehl-Avrami-Kolmogorov.
- Avrami_equation sameAs Równanie_Avramiego.
- Avrami_equation sameAs m.025_z3b.
- Avrami_equation sameAs Уравнение_Джонсона_—_Мела_—_Аврами_—_Колмогорова.
- Avrami_equation sameAs Аврами_једначина.
- Avrami_equation sameAs Avramiekvationen.
- Avrami_equation sameAs Q902606.
- Avrami_equation sameAs Q902606.
- Avrami_equation sameAs 阿夫拉米方程.
- Avrami_equation wasDerivedFrom Avrami_equation?oldid=615072903.
- Avrami_equation depiction Avrami_equation.svg.
- Avrami_equation isPrimaryTopicOf Avrami_equation.