Study on Diffusion Simulation and Visualization of Hazardous Chemicals’s Disclosure Based on 3D GIS

Tin Gyu Shi; Feng Ding; Yuan Wan; Yu Lei; Wen Hua Song

doi:10.4028/www.scientific.net/AMR.1042.178

Paper Titles

A Study on Velocity Decay of φ6mm Tungsten Ball Fragment
p.154

Autonomous Underground Azimuth Measuring Drive System Based on MEMS Gyroscope
p.159

Development of Driver Model for Lane Keeping Manoeuvre
p.165

Solving the Problem of UAV Air Combat Game Based on Differential Variational Inequality and D-Gap Function
p.172

Study on Diffusion Simulation and Visualization of Hazardous Chemicals’s Disclosure Based on 3D GIS
p.178

A New Model-Free Predictive Control Method Using Input and Output Data
p.182

Influence of Engine Cabin Simplification on Aerodynamic Characteristics of Car
p.188

Design and Implementation of JMF-Based VOD System
p.197

Research and Implementation of Internet Topology Based on BRITE
p.203

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 1042Study on Diffusion Simulation and Visualization of...

Study on Diffusion Simulation and Visualization of Hazardous Chemicals’s Disclosure Based on 3D GIS

Abstract:

In this paper, studies on the diffusion simulation of liquid ammonia’s disclosure in a pharmaceutical factory were performed. And the scope of the accident was visualized in 3D model using Arc GIS software. This study can accurately simulate the emergency for toxic gas release accidents. In addition, the technical supports can be provided for the disaster assessment, rescue aid decision and government decision-making through quantitative and qualitative evaluation.