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  4. Simple stochastic model for random waste absorption of an algae cell: Analytic approach
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Simple stochastic model for random waste absorption of an algae cell: Analytic approach

Author(s)
Nokkaew, Artorn
Amornsamankul, Somkid
Pimpunchat, Busayamas
Saengpayab, Yaowapa
Triampo, Wannapong
Date Issued
November 4, 2013
Type
Article
Abstract
Over the past few decades, research on water quality using biological treatment has been considerably done. The problem of how the algae dynamically absorb waste is of great important both environmental and biological science particularly concerning a problem of waste water treatment. With this regards, we have applied a model in which a Brownian agent interacts with a spin or clock in 1D to describe and predict the system of waste absorption by algae. We assumed that the waste particles executing Brownian like motion and occasionally absorbed by algae. Analytic results are presented and discussed in connection with the waste absorption by algae. It was found that the absorption nature is dominated by the exponential like nature. How this model can be improved to better understanding or match with the real system is also elaborated.
Citation
International Journal of Mathematical Models and Methods in Applied Sciences, 7(9), 837-844, 2013
Subjects

Algae

Brownian

Stochastic process

Waste absorption

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