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首页> 外文会议>2017 15th International Conference on Quality in Research : International Symposium on Electrical and Computer Engineering >Simulation of I-131 Dispersion around KNS (Kawasan Nuklir Serpong) using Gaussian Plume Model
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Simulation of I-131 Dispersion around KNS (Kawasan Nuklir Serpong) using Gaussian Plume Model

机译：使用高斯羽流模型模拟I-131在KNS（Kawasan Nuklir Serpong）周围的扩散

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摘要

There are many software-based tools that can be used to evaluate the radio-ecological impacts. Plume Gaussian is a simple dispersion model, easy to be implemented and developed further. This paper describes the application of Plume Gaussian model to simulate the dispersion of I-131 released around the Serpong Nuclear Area (Kawasan Nuklir Serpong, KNS). The software development consists: mathematical model derivation and software implementation. The designed model was tested using the real data from six monitoring location of I-131 released from exhaust stack of PT. INUKI in KNS. Plume Gaussian model shown good opportunity to be used for evaluation of radiation impact to the environment. It also shown that the more complete of meteorological data the more accurate the modeling result. Using meteorological data 2012-2013 simulation shown that radioisotope pollutants of PT. INUKI tend to lead between the north and northwest from the stack.
机译：有许多基于软件的工具可用于评估放射生态影响。 Plume高斯模型是一个简单的色散模型，易于实现和进一步开发。本文介绍了Plume高斯模型在模拟在Serpong核区（Kawasan Nuklir Serpong，KNS）周围释放的I-131扩散的应用。软件开发包括：数学模型推导和软件实现。使用从PT烟囱释放的I-131六个监视位置的实际数据测试了设计的模型。 KNS中的INUKI。羽高斯模型显示了很好的机会可用于评估辐射对环境的影响。它还表明，气象数据越完整，建模结果就越准确。利用2012-2013年的气象数据模拟表明，PT是放射性同位素污染物。 INUKI倾向于从堆栈中在北部和西北部之间引导。

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