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Team:Groningen/Modeling
From 2010.igem.org
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| - | The modelling time is developping a mathematical model which describes the growth of the biofilm. Furthermore we're researching how strong the biofilm is, and the speed of the growth. Discrete model of hydrophobic growth. | + | The modelling time is developping a mathematical model which describes the growth of the biofilm. |
| + | Furthermore we're researching how strong the biofilm is, and the speed of the growth. Discrete model of hydrophobic growth. | ||
We're going to use the differential descrete cellular automaton approach which means that we are using as well discrete as well continous models to determine what's going to happen. This is an more used model to simulate biofilms | We're going to use the differential descrete cellular automaton approach which means that we are using as well discrete as well continous models to determine what's going to happen. This is an more used model to simulate biofilms | ||
Revision as of 14:29, 21 July 2010
The modelling time is developping a mathematical model which describes the growth of the biofilm. Furthermore we're researching how strong the biofilm is, and the speed of the growth. Discrete model of hydrophobic growth. We're going to use the differential descrete cellular automaton approach which means that we are using as well discrete as well continous models to determine what's going to happen. This is an more used model to simulate biofilms
