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Author: Yonatan Oren Source: Own This is an animated GIF showing the evolution of a random initial data under the Cahn-Hilliard equation. The color scale is from -1 (Black) to 1 (White). \gamma=0.5 Produced using MATLAB, 12 June 2007
Author: Yonatan Oren Source: Own This is an animated GIF showing the evolution of a random initial data under the Cahn-Hilliard equation. The color scale is from -1 (Black) to 1 (White). \gamma=0.5 Produced using MATLAB, 12 June 2007
Author: Yonatan Oren Source: Own This is an animated GIF showing the evolution of a random initial data under the Cahn-Hilliard equation. The color scale is from -1 (Black) to 1 (White). \gamma=0.5 Produced using MATLAB, 12 June 2007
Made by Yonatan Oren Using Matlab, on 12 june 2007. This GIF animation shows evolution under the Cahn-Hilliard equation with \gamma=0.5 The time scale is logarithmic, and the array size is 200x200. The initial conditions are equal amounts of points valued
Gif Animation showing evolution under the Cahn-Hilliard equation with \gamma=0.5. Black and white represent -1,1 values. Initial conditions are equal amounts of randomly scattered -1 and 1 valued points. Array size is 200X200.
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