An Application of Intelligent Algorithms in Solving Chemistry Problems
Chemistry is undoubtedly the most practical science in our life, if we pay attention to the nature around us from the moment we wake up until the day ends, we will find that at the moment of the day and night, we are surrounded by different chemicals. And we have work. In fact, many of our daily activities are related to chemical processes. This has caused the expansion of chemistry and has caused the emergence of various problems. This study aims to analyze a classical chemistry problem known as the chemical reaction equilibrium, which has no uniform solution in different scenarios. In other words, different types of chemical reactions may require diverse methods for establishing equilibrium. This paper proposes a simple system for each chemical reaction through the law of conservation of mass (LCM) and basic mathematical concepts. Optimization algorithms (e.g., the genetic algorithm) are then employed to find a solution to this system.
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Using Constrained Optimization to Find Real Roots of Polynomial(RRP)
*, Mohammad Ehsanifar
Theory of Approximation and Applications, Winter and Spring 2023 -
Introducing a simple method for detecting the path between two different vertices in the Graphs
*, Setareh Salehfard, Dariush Aqababaei Dehkordi
Mathematics and Computational Sciences, Autumn 2023