Dependence Of SO2 Of Immissions Measurement Methods For Selected Areas Power Plant Vojany

J. Pokrývková, Emília Micáková
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Abstract

Abstract The results of imperfect knowledge of the natural environment’s basic laws show that the negative effects of our actions are manifested in most cases only belatedly, in forms such as: the loss of arable land, the extinction of rare species of plants and animals, the depletion of the ozone layer, the climate change, the deterioration of air quality, the acid rain, the worsening quality of surface and ground water, the surface loss of rainforests and many other negative aspects of our thoughtless actions. For the measurement of sulphur concentration, we chose locality surrounding the power plant Vojany, where we identified two locations for mounting our stands. The first place was the village Tušice, and the second one the area of AMS Leles. This is where we planted in alkaline strips in stands used for this purpose and by the sorption – cumulative method we evaluated concentrations of sulphur amount collected on the strips. In the period 2012–2014, we conducted experiments in regular 30-day intervals; we performed 104 analyses of filter plates using the sorption-cumulative method. The current position of some habitats infestation causes damage to various parts of environment. Therefore, we consider it relevant to continue in monitoring this affliction and quantifying the extent of its negative effects. The proposed procedure with the possibility of a retrospective determination of concentrations of SO2 using mathematical modelling can also be used for the determination of old burdens.
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选定地区电厂二氧化硫排放测量方法的相关性[j]
对自然环境基本规律认识不完善的结果表明,我们行为的负面影响在大多数情况下表现得很晚,表现形式如下:可耕地的减少,珍稀动植物物种的灭绝,臭氧层的消耗,气候变化,空气质量的恶化,酸雨,地表水和地下水质量的恶化,热带雨林的表面损失以及我们轻率行为的许多其他负面影响。为了测量硫浓度,我们选择了Vojany发电厂周围的地方,在那里我们确定了两个安装我们的展台的位置。第一名是村庄Tušice,第二名是AMS Leles地区。这是我们在用于此目的的林分中种植碱性条的地方,通过吸收累积法,我们评估了收集到的条上的硫含量浓度。在2012-2014年期间,我们每隔30天定期进行实验;我们用吸附累积法对滤板进行了104次分析。一些生境的现状对环境的各个部分造成了破坏。因此,我们认为继续监测这种痛苦并量化其负面影响的程度是相关的。采用数学模型对二氧化硫浓度进行回顾性测定的方法也可用于测定旧负荷。
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