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首页> 外文期刊>Bulletin of Pure and Applied Sciences, Sec. E. Mathematics & statistics >AIR QUALITY ASSESSMENT IN AND AROUND COAL WASHERY COMPLEXES USING INTERVAL TYPE-2 FUZZY REASONING APPROACH
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AIR QUALITY ASSESSMENT IN AND AROUND COAL WASHERY COMPLEXES USING INTERVAL TYPE-2 FUZZY REASONING APPROACH

机译:使用间隔类型2模糊推理方法和煤溶浆复合物附近的空气质量评估

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摘要

This paper presents a model based on interval type-2 fuzzy reasoning approach for assessment of air quality in coal washery complexes. In the proposed model, emission rates of SPM and SO_2 from various sources and activities of coal washery complexes are estimated using fuzzy models. The presented models would be a pioneering work for the environmental researchers, engineers, policy makers and protection agencies to assess the impact of industrial activities in coal washery complexes. This approach would enable a better understanding of the pattern of environmental degradation through the sources and quantitatively assess to overcome the problem.
机译:本文介绍了一种基于间隔类型2模糊推理方法,用于评估煤溶浆综合体中空气质量的模型。 在拟议的模型中,使用模糊模型估计来自各种来源和煤溶浆复合物活动的SPM和SO_2的排放率。 本型号将成为环境研究人员,工程师,政策制定者和保护机构的开拓性工作,以评估工业活动在煤溶浆综合体中的影响。 这种方法能够更好地了解通过来源的环境劣化模式,并定量评估来克服问题。

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