… , Genetic Algorithm and the Particle Swarm Optimisation method are used to identify the
photovoltaic parameters of Zinc Oxide … , shunt resistance, using Genetic Algorithm are 0.567 mA, …

This paper focuses on the development of an effective methodology to obtain the optimum
ultrasonic‐assisted removal of a dye, safranin O (SO), under optimum conditions that …

… In this study, zinc oxide nanoparticles–chitosan based on solid phase extraction and high …
For simulation and optimization of this method, the hybrids of genetic algorithm with response …

… based genetic algorithm is used to determine the optical properties of nanostructured zinc
oxide … and absorption, the transmittance curves of zinc oxide thin films obtained from optimized …

… After applying Fractal calculations on the AFM measured data the Genetic algorithm (GA)
method was applied for extracting other important structural parameters. Optimization of …

… Genetic programming Genetic algorithm (GA) imitates biological evolution and … maximum
number of generations) is met, the algorithm is stopped and the program with the best fitness is …

… EAs, which include the more familiar genetic algorithms as a subclass, are very powerful
in searching for GM of clusters. (51) Although the GM clusters above n = 100 have been …

… AZO and GZO are high performance conductive zinc oxides which have potential applications
in transparent electronics and photonics. From the reported optical characteristics of these …

… to the mixed oxide supported on alumina is shifted to higher temperatures. This fact is
explained by a higher interaction of chromium and/or zinc oxides on alumina surface, influenced …

… of hybrid solar cells, one by the amalgamation of zinc oxide and carbon quantum dots and
second, by incorporating graphene oxide into zinc oxide. In this study, optimization, validation, …