MATHEMATICAL MODEL FOR THE EVOLUTION OF Chlorella Algae
Journal Title: INMATEH-Agricultural Engineering - Year 2019, Vol 57, Issue 1
Abstract
The paper presents an example of a mathematical model for algal cultures. The model presented is based on an elementary growth equation (more generally, evolution or dynamic, because it includes the phenomenon of decreasing population), represented by a first-order differential equation, over which are grafted (according to the influence parameters model, for example used for the USLE modelling of soil erosion is used), as factors of influence, the parameters that influence the evolution of the algae. We have given some examples of simulation of algal evolution processes and the possible applications, advantages and disadvantages of the model are suggested. References are made and conclusions are drawn on the extremely important role played by experiments both in the construction and in the validation of the mathematical models of the living systems (bio-systems) evolution phenomena. The model is easy to transfer and generalize to crop plants, as well as other bio-systems.
Authors and Affiliations
P. Cârdei, A. Nedelcu, R. Ciuperca
Keywords
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