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- ZND_detonation_model abstract "The ZND detonation model is a one-dimensional model for the process of detonation of an explosive. It was proposed during World War II independently by Y. B. Zel'dovich, John von Neumann, and Werner Döring, hence the name.This model admits finite-rate chemical reactions and thus the process of detonation consists of the following stages. First, an infinitely thin shock wave compresses the explosive to a high pressure called the von Neumann spike. At the von Neumann spike point the explosive still remains unreacted. The spike marks the onset of the zone of exothermic chemical reaction, which finishes at the Chapman-Jouguet state. After that, the detonation products expand backward.In the reference frame in which the shock is stationary, the flow following the shock is subsonic. Because of this, energy release behind the shock is able to be transported acoustically to the shock for its support. For a self-propagating detonation, the shock relaxes to a speed given by the Chapman–Jouguet condition, which induces the material at the end of the reaction zone to have a locally sonic speed in the reference frame in which the shock is stationary. In effect, all of the chemical energy is harnessed to propagate the shock wave forward.".
- ZND_detonation_model wikiPageID "25772247".
- ZND_detonation_model wikiPageLength "2669".
- ZND_detonation_model wikiPageOutDegree "11".
- ZND_detonation_model wikiPageRevisionID "633931064".
- ZND_detonation_model wikiPageWikiLink Category:Explosives.
- ZND_detonation_model wikiPageWikiLink Category:Explosives_engineering.
- ZND_detonation_model wikiPageWikiLink Chapman-Jouguet_state.
- ZND_detonation_model wikiPageWikiLink Chapman–Jouguet_condition.
- ZND_detonation_model wikiPageWikiLink Detonation.
- ZND_detonation_model wikiPageWikiLink Explosive.
- ZND_detonation_model wikiPageWikiLink Explosive_material.
- ZND_detonation_model wikiPageWikiLink John_von_Neumann.
- ZND_detonation_model wikiPageWikiLink Speed_of_sound.
- ZND_detonation_model wikiPageWikiLink Werner_Döring.
- ZND_detonation_model wikiPageWikiLink World_War_II.
- ZND_detonation_model wikiPageWikiLink Yakov_Borisovich_Zeldovich.
- ZND_detonation_model wikiPageWikiLink Zeldovich.
- ZND_detonation_model wikiPageWikiLinkText "ZND detonation model".
- ZND_detonation_model wikiPageWikiLinkText "Zel'dovich–von Neumann–Döring detonation model".
- ZND_detonation_model hasPhotoCollection ZND_detonation_model.
- ZND_detonation_model wikiPageUsesTemplate Template:Cite_book.
- ZND_detonation_model wikiPageUsesTemplate Template:Reflist.
- ZND_detonation_model subject Category:Explosives.
- ZND_detonation_model subject Category:Explosives_engineering.
- ZND_detonation_model hypernym Model.
- ZND_detonation_model type Person.
- ZND_detonation_model type Source.
- ZND_detonation_model comment "The ZND detonation model is a one-dimensional model for the process of detonation of an explosive. It was proposed during World War II independently by Y. B. Zel'dovich, John von Neumann, and Werner Döring, hence the name.This model admits finite-rate chemical reactions and thus the process of detonation consists of the following stages. First, an infinitely thin shock wave compresses the explosive to a high pressure called the von Neumann spike.".
- ZND_detonation_model label "ZND detonation model".
- ZND_detonation_model sameAs Modelo_de_detonación_de_Zeldóvich-von_Neumann-Döring.
- ZND_detonation_model sameAs Modèle_de_détonation_de_Zeldovich-von_Neumann-Döring.
- ZND_detonation_model sameAs ZND理論.
- ZND_detonation_model sameAs m.09v311y.
- ZND_detonation_model sameAs Q3062380.
- ZND_detonation_model sameAs Q3062380.
- ZND_detonation_model wasDerivedFrom ZND_detonation_model?oldid=633931064.
- ZND_detonation_model isPrimaryTopicOf ZND_detonation_model.