论文部分内容阅读
本文采用APPLE-Ⅱ微机和BASIC 语言编写的AFADP 程序系统,对大量气象资料进行分类、分析,估算气载放射性核素在排放点周围100km 区域内的空气污染浓度、地面沉积量及公众辐射剂量等。作者假设在本地燃煤电厂的厂址上有一同功率的压水堆核电站,通过AFADP 程序系统,估算此核电站气载放射性排出物对环境的影响和公众所受的辐射剂量。AFADP 程序系统可准确、迅速地为确定大气弥散条件和剂量学评价提供科学依据。
In this paper, AFADP program system written by APPLE-Ⅱcomputer and BASIC is used to classify and analyze a large number of meteorological data, and to estimate the air pollution concentration, ground deposition and public radiation dose of airborne radionuclides within a 100km area around the discharge point . The authors hypothesize that a PWR nuclear power plant at the site of a local coal-fired power plant will assess the environmental impact of the radioactively emitted radioactive emissions from the plant and the radiation dose to the public through the AFADP program system. AFADP program system can accurately and quickly provide a scientific basis for determining atmospheric diffusion conditions and dosimetry evaluation.