The Influence Of The Perturbation Concentration Of Color Development On The Information Presentation Of Complex Aqueous Solutions

There are a lot of chemical systems in the environment.There is more complex relationship between substances contained in each chemical system.We call this system a complex chemical system.In the theory of environmental engineering,every wastewater and wastewater in every region is a complex chemical system.For example,the study of the pollution effect of industrial waste water to the environment needs to detect the content of various substances in the waste water first and then discuss it.It will take a lot of manpower,financial and material resources to understand the impact of each component in the complex chemical system on the environment.In traditional experiments,single factor analysis is often used to explore the effect of a single substance on the environment,and the results are often not very accurate.Therefore,we are now exploring a way to explore the impact of complex chemical systems on the environment without disrupting the internal material interactions in complex chemical systems.Due to the lack of suitable experimental methods at present,our team has tried to establish a set of high-throughput and chemical chips to detect complex chemical systems.Artificial intelligence technology is popularized both at home and abroad,and artificial intelligence technology can also be introduced into the field of environmental engineering.Through the use of chemical chips and high flux technology,we can get a lot of data,and then digitize the data to facilitate the follow-up analysis.After a large number of early screening work,we chose three kinds of disturbing agents and two color reagent as printing solutions.Among them,the pH vaIlues of the three kinds of disturbing agents are different,and the chromogenic ranges of the two kinds of color agents are also different.In order to find out the influence of the different concentration ratio of the disturbing agent and the color reagent on the color rendering effect of the chemical chip.In order to achieve high flux technology,we have used the principle of printer.By chemical printing,a large number of experimental data can be obtained in an experiment and different concentration ratio can be realized on the print carrier.In a color printer,each color represents a corresponding solution.To regulate the amount of ink out of each solution,the printing concentration of the solution can be adjusted.The three kinds of perturbing agents printed on the carrier will react with the color of two colors,which will show the color range and pattern shape on the surface of the chemical chip.Due to the different concentration ratios of three kinds of disturbing agents and chromogenic agents in each chemical chip,the color range and the shape of each chip are different.In this study,chemical chips are the place to react with complex chemical systems.The disturbing agent on the chemical chip brings about another equilibrium state to the original steady state disturbance in the complex chemical system,and then presents the change in the external world through the color reaction.We photographed the color changes on the chemical chip.After the images of all the chemical chips and the complex chemical systems were photographed before and after the contact reaction,the professional picture processing software was used for preprocessing.Because the concentration ratio of each chemical chip is different from that of the chromogenic agent on the surface of each chemical chip,the color changes are different to the outside.In order to select a chemical chip with the largest image difference before and after contact reaction with a complex chemical system,a large amount of comparison is needed for each chemical chip.We used the professional image analysis software to compare the artificial intelligence software to select the best concentration of the perturbed agent and the chromogenic agent.At present,the research on complex chemical systems is still developing,and the research methods used in this paper are only preliminary exploration.The color reaction is used to express the changes in the internal information of the complex chemical system,but there is a long way to go to establish a large number of correspondence.For information analysis and data collection,the work we do is not complete.I believe that with the development of the times and technology and countless efforts of researchers,the research of complex chemical system will be more and more thorough,which will better improve the quality of human life.