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METHOD FOR MEASURING BIOCHEMICAL OXYGEN DEMAND BY THE QUANTITATIVE AND QUALITATIVE ANALYSIS OF ORGANIC MATERIALS

机译:有机物定量定性分析法测定生化需氧量的方法

摘要

PURPOSE: A method for measuring biochemical oxygen demand(BOD) by the quantitative and qualitative analysis of organic materials is provided to obtain dissolved organic carbon(DOC), fluorescence property, and UV absorbance.;CONSTITUTION: A method for measuring BOD by the quantitative and qualitative analysis of organic materials comprises: a step of performing the quantitative and qualitative analysis of the organic materials in water(S100); a step of calculating correlation equation based on the the quantitative and qualitative analysis(S110); a step of storing the calculated correlation equation(S120); a step of measuring variables of water quality(S130); and a step of determining BOD by applying the variables into the stored correlation equation. The variables include DOC, conductivity, fluorescence property, and UV absorbance.;COPYRIGHT KIPO 2013;[Reference numerals] (AA) Start; (BB) End; (S100) Statistical analyzing organic materials in water; (S110) Extracting and storing correlation equation; (S120) Measuring variables of water quality to be measured; (S130) Applying the variables into the stored correlation equation; (S140) Determining BOD
机译:目的:提供一种通过对有机材料进行定量和定性分析来测定生化需氧量(BOD)的方法,以获得溶解的有机碳(DOC),荧光性质和紫外线吸收率。有机材料的定性分析包括:对水中有机材料进行定量和定性分析的步骤(S100);基于定量和定性分析计算相关方程的步骤(S110);存储计算出的相关方程的步骤(S120);测量水质变量的步骤(S130);通过将变量应用于所存储的相关方程来确定BOD的步骤。变量包括DOC,电导率,荧光性质和紫外线吸收率。; COPYRIGHT KIPO 2013; [参考数字](AA)开始; (BB)结束; (S100)统计分析水中的有机物; (S110)提取并存储相关方程; (S120)要测量的水质的测量变量; (S130)将变量应用到存储的相关方程中; (S140)确定BOD

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