Team:BSC United/Model
DESIGN
MODEL
Brief Intro
This model addresses two significant aspects in our design - electrochemical simulation and mathematical modeling.
Electrochemical Simulation
The electrochemical sensor was simulated by comsol software. We adopted the multi-physics coupling simulation, and adjusted the external glucose concentration to 0.005 mol/m3, the concentration of ferrocyanide to 0.001 mol/m3, and the concentration of ferricyanide to 50 mol/m3. The maximum reaction rate was 0.015 mol/(m3*s). Perform a software simulation to obtain the calibration curve for glucose.
More details in: Electrochemical Simulation.pdf
Mathematical Model
Our mathematical modeling tries to describe performance of the electrochemical sensor in response to the glucose concentrations. The aim for mathematical modeling is to establish the relationship between the Differential equations are introduced to describe the relation of blood glucose concentration and temperature that determines the proinsulin production.
More details in: Mathematical Model.pdf
