Results 201 to 210 of about 104,900 (217)
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Journal of Colloid and Interface Science, 2004
When a fiber is brought into contact with a soft etching liquid, a conical tip is generally shaped. We show here that the use of corrosive liquids which release gases during the etching reaction may lead to original self-similar shapes, because of successive pinning and detachment of the meniscus.
José, Bico +3 more
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When a fiber is brought into contact with a soft etching liquid, a conical tip is generally shaped. We show here that the use of corrosive liquids which release gases during the etching reaction may lead to original self-similar shapes, because of successive pinning and detachment of the meniscus.
José, Bico +3 more
openaire +2 more sources
Proceedings of the Second African Conference for Human Computer Interaction: Thriving Communities, 2018
Wolfgang Spahn's unique performance "Self-Similarity" relates to Madelbrot's ideas by displaying sonification and visualisation of fractal systems. Analogue computer and analogue neural systems communicate with the self-similarity of Patagonia's nature on both huge and macroscopic scale.
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Wolfgang Spahn's unique performance "Self-Similarity" relates to Madelbrot's ideas by displaying sonification and visualisation of fractal systems. Analogue computer and analogue neural systems communicate with the self-similarity of Patagonia's nature on both huge and macroscopic scale.
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Relativistic Self-Similar Flows
Annals of Physics, 1996zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Pollney, D., Zannias, T.
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Random Self‐Similar Multifractals
Mathematische Nachrichten, 1996AbstractFor describing the local structure of a random self‐similar measure we use the multi‐fractal decomposition of its support into sets of points of different local dimension. Under the strong open set condition we compute the Hausdorff dimensions of these sets and the generalized dimensions of the random self‐similar measure.
Arbeiter, Matthias, Patzschke, Norbert
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Self-Similar Mitochondrial DNA
Cell Biochemistry and Biophysics, 2004We show that repeated sequences, like palindromes (local repetitions) and homologies between two different nucleotide sequences (motifs along the genome), compose a self-similar (fractal) pattern in mitochondrial DNA. This self-similarity comes from the looplike structures distributed along the genome. The looplike structures generate scaling laws in a
Nestor N, Oiwa, James A, Glazier
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Self-similar Fractals and Self-similar Energies
2003We discuss the existence and uniqueness of diffusions adapted to self-similar finitely ramified fractals. An adapted diffusion has a space time scaling with respect to the self-similar scaling of the fractal and visits every open subset of the fractal.
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Self-Similar Random Thermodynamics
Periodica Mathematica Hungarica, 1998zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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