Add to ORKGSoil bioremediation is a highly complex phenomenon and involves several disciplines at the same time, including fluid dynamics, chemistry and biology. A cellular automata model is currently under development, which deals with all these kinds of phenomena. In this paper the fluid dynamical aspects of this model are discussed, and some comparisons with experimental data are presented. Genetic algorithms have been applied in order to tune the model to a specific case
A cellular automata model of the complex set of interacting phenomena which take place in bioremedia...
Cellular automata (CA) are discrete dynamic systems that have been used for modeling many physical s...
A new cellular automata model of the complex set of interacting phenomena which take place in biorem...
Soil bioremediation is a highly complex phenomenon and involves several disciplines at the same time...
Soil bioremediation is a highly complex phenomenon and involves several disciplines at the same time...
Cellular automata can be applied to modelling the dynamics of spatially extended physicalsystems, an...
AbstractCellular automata can be applied to modelling the dynamics of spatially extended physical sy...
The remediation of contaminated soils is one of the major environmental problems in industrial count...
The remediation of contaminated soils is one of today's major environmental problems in industrial c...
A new cellular automata model of the complex set of interacting phenomena which take place in biorem...
An application of genetic algorithms to a problem of environmental restoration is presented. The app...
Cellular automata (CA) can be applied for modeling the dynamics of spatially extended physical syste...
Applying cellular automata to complex environmental problems: The simulation of the bioremediation o...
We present a generalization of a biochemical model of bacterial degradation of organic compounds in ...
In this paper we develop a mathematical model of a root-soil system, and also accurate and efficient...
A cellular automata model of the complex set of interacting phenomena which take place in bioremedia...
Cellular automata (CA) are discrete dynamic systems that have been used for modeling many physical s...
A new cellular automata model of the complex set of interacting phenomena which take place in biorem...
Soil bioremediation is a highly complex phenomenon and involves several disciplines at the same time...
Soil bioremediation is a highly complex phenomenon and involves several disciplines at the same time...
Cellular automata can be applied to modelling the dynamics of spatially extended physicalsystems, an...
AbstractCellular automata can be applied to modelling the dynamics of spatially extended physical sy...
The remediation of contaminated soils is one of the major environmental problems in industrial count...
The remediation of contaminated soils is one of today's major environmental problems in industrial c...
A new cellular automata model of the complex set of interacting phenomena which take place in biorem...
An application of genetic algorithms to a problem of environmental restoration is presented. The app...
Cellular automata (CA) can be applied for modeling the dynamics of spatially extended physical syste...
Applying cellular automata to complex environmental problems: The simulation of the bioremediation o...
We present a generalization of a biochemical model of bacterial degradation of organic compounds in ...
In this paper we develop a mathematical model of a root-soil system, and also accurate and efficient...
A cellular automata model of the complex set of interacting phenomena which take place in bioremedia...
Cellular automata (CA) are discrete dynamic systems that have been used for modeling many physical s...
A new cellular automata model of the complex set of interacting phenomena which take place in biorem...