Design and Implementation of the Radioactive Aerosol's Concentration Measurement System Based on Virtual Training

Hui Wei-hua, Huang Chang-qiang, Di Da-li
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Abstract

A Virtual Training System of radioactive aerosol 's concentration measurement is constructed based on Virtual Reality. Firstly, 3-d geometric models about radioactive aerosol's outer environment, detector, intelligent scaler and air sampling pump etc. are constructed, the general radioactive law based on face radioactive source is presented. These models are driving in general program platform using human computer interaction technology. Furthermore, there are several functions about database sharing, fault diagnosis, examining evaluation and on-time help which realize the whole system virtual training. Program show this training system avoids "nuclear fear" psychology and improves staff's training effect.
基于虚拟训练的放射性气溶胶浓度测量系统的设计与实现
基于虚拟现实技术,构建了放射性气溶胶浓度测量的虚拟训练系统。首先,建立了放射性气溶胶的外部环境、探测器、智能标度器和空气采样泵等三维几何模型,给出了基于面辐射源的一般放射性规律;这些模型采用人机交互技术在通用程序平台上驱动。此外,还实现了数据库共享、故障诊断、考核评估和实时帮助等功能,实现了整个系统的虚拟培训。程序表明,该培训体系避免了员工的“核恐惧”心理,提高了员工的培训效果。
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