Study on Laplace Growth and Diffusion Limited Aggregation with Material Properties

Shou Gang Sui; Shu Lan Gong; Tao Wang

doi:10.4028/www.scientific.net/AMR.703.71

Paper Titles

Effect of TiO₂ Concentration on Structure and Performance of Polysulfone Hollow-Fiber Ultrafiltration Membrane
p.53

Characterization of Ga Co-Doping mc-Si Ingot Made of Solar-Grade Silicon Purified by Metallurgical Route
p.58

Study on Semiconductor Materials with Interaction of Beta Radiation with GaN
p.63

First-Principles Study on Structural and Electronic Properties of the Armchair GaN Nanoribbons
p.67

Study on Laplace Growth and Diffusion Limited Aggregation with Material Properties
p.71

The Application of Biomaterials and Tissue Engineering on Wrist Ligament Injury
p.75

An Experimental Study on Microwave Welding Technology of CuW to Cu Substrate
p.79

Performance Evaluation and Comparison of Spraying Modified Asphalt in Rigid-Flexible Composite Pavement Interlayer
p.86

Design of CMP Slurry in CMP SiC Crystal Substrate (0001) Si Surface Based on Alumina (Al₂O₃) Abrasive
p.90

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 703Study on Laplace Growth and Diffusion Limited...

Study on Laplace Growth and Diffusion Limited Aggregation with Material Properties

Abstract:

The diffused fractal growth has a wide range of applications in material fields, especially the diffusion limited aggregation. As a result, the research of fractal growth has important significance in material science. In this paper, iterative steps are introduced in Laplace's equation based on the meaning of random walk, and computer simulation is used to analysis the influence of steps' change on fractal growth.