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Reaction–diffusion system / Molecular diffusion / Cellular automaton / SDS-PAGE / Silver nitrate / Pattern formation / Chemistry / Diffusion / Precipitation


THE JOURNAL OF CHEMICAL PHYSICS 123, 034707 共2005兲 Pattern formation induced by ion-selective surfaces: Models and simulations Szabolcs Horváta兲 Department of Theoretical Physics, Babeș-Bolyai University, Str. K
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Document Date: 2007-08-23 10:07:59

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Berlin / Cluj Kolozvár / Budapest / /

Company

Oxford University Press / Cambridge University Press / /

Country

Romania / Hungary / /

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Facility

American Institute of Physics Downloaded / Etövös Loránd University / Bolyai University / American Institute of Physics / Plant Taxonomy / /

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passivization algorithm / chemical systems / chemical reactions / chemical mechanism / /

Organization

Department of Plant Taxonomy and Ecology / Cambridge University / Hungarian Ministry of Education / American Institute of Physics / Agora Foundation / Bolyai University / Department of Theoretical Physics / Domus Hungarica Foundation / Sapientia-KPI Foundation / Apáczai Foundation / Etövös Loránd University / Oxford University / U.S. Securities and Exchange Commission / Hungarian Academy of Sciences / /

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P. Hantz / N. Ratcliffe / Introduction / Lacy Costello / /

Position

R. Hunter / /

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DC / /

PublishedMedium

Physica D / THE JOURNAL OF CHEMICAL PHYSICS / /

Technology

passivization algorithm / Fluid Dynamics / simulation / /

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http /

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