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首页> 外文期刊>International Journal of Innovative Computing Information and Control >DESIGN OF A MULTI-COMPONENT ANALYSIS SYSTEM BASED ON FUZZY THEORY
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DESIGN OF A MULTI-COMPONENT ANALYSIS SYSTEM BASED ON FUZZY THEORY

机译：基于模糊理论的多分量分析系统设计

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摘要

In recent years, many concentration measurement techniques have been proposed. The light absorbance measurement is one of the effective concentration measurements. To make solutions or medicines, the pure solution is not used only. Because of the overlap of the light absorbance of all components in the mixture solution, the normal light absorbance measurement cannot analyze the mixture solution. For this reason, there are many multi-component analysis methods. To analyze the concentration of components in the mixture efficiently, the spectrophotometer is an essential device. However, some methods cannot be provided in the limited wavelength spectrophotometer. Therefore, we design a multi-component analysis system based on fuzzy theory in order to solve this problem. This proposed method offers the fuzzy theory calculating the concentration of the component by the relationship between light absorbance and concentration of solution. The relationship is obtained from the measurement of the solution in any level of known concentration. In the ideal case, the result by the fuzzy theory is the same as the other method. It can calculate the concentration that the accuracy is more than other methods even if the light absorbance does not vary with the concentration perfect directly.
机译：近年来，已经提出了许多浓度测量技术。光吸收测量是有效浓度测量之一。为了制造解决方案或药物，纯溶液仅是不使用的。由于混合物溶液中所有组分的光吸收重叠，正常的光吸收测量不能分析混合物溶液。因此，有许多多分量分析方法。为了有效地分析混合物中的组分浓度，分光光度计是必需装置。然而，一些方法不能在有限的波长分光光度计中提供。因此，我们设计了一种基于模糊理论的多分量分析系统，以解决这个问题。这种提出的方​​法提供了模糊理论，通过光吸收和溶液浓度之间的关系计算组件的浓度。从任何水平的已知浓度的溶液测量获得关系。在理想情况下，模糊理论的结果与其他方法相同。它可以计算即使光吸收不随着直接完美的浓度而变化，即使光吸收性不随其他方法也可以计算得浓度。

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