Mathematica World - June
- To: mathgroup at yoda.physics.unc.edu
- Subject: Mathematica World - June
- From: smh at matilda.vut.edu.au (Stephen Hunt)
- Date: Tue, 5 Jul 94 1:09:52 EST
____________________________________________________________________________ Mathematica World - Helping You Describe Your World Mathematically ____________________________________________________________________________ June. Simulating Nature - Richard J. Gaylord and Kazume Nishidate - The first in recurring column of articles. In this issue, "Aggregation, Deposition and Spreading": The coalescence of particles, resulting in the formation of large structures, is a topic of great interest in many of the physical, chemical and biological sciences. It also has engineering applications. Two mechanisms of coherence that result in the formation of clusters of particles are considered: accretion from without and growth from within. Programs are developed that can be used to simulate the processes of diffusion-limited aggregation, ballistic deposition and kinetic growth. Other Notebooks - Isotopic Tilings, Iteration Methods in Numerical Analysis, Self-Replicating Code, Dickinson College Calculus Project, Kreyzsig Lab, Mathematica University*, OzMATH Corner. Tutorials - Function Browser, Open Special Strings/Names and Messages, Variables in Pure Functions & Rules, DiscreteMath`RSolve`, Graphics`PlotField`, NumericalMath`InterpolateRoot`. Referred Article - Differential Operator. News - Tip of the Month, Programming Competition, and solutions to news and mail group problems. For further information email smh at matilda.vut.edu.au Steve Hunt Editor _____________________________________________________________________ Email. mathematica at matilda.vut.edu.au, or smh at matilda.vut.edu.au Postal Address. Mathematica World Ormond College University of Melbourne Parkville Vic 3052 Australia Phone/Fax. +613 349 2001 _____________________________________________________________________