Simulations
Maxwell's Equation in 1-D
Equation System:
+ additional Boundary Condition
modelled with Python
Explanation:
An electromagnetic signal/impulse is generated at the boundary at x = y = z = 0. This signal is transported by the Maxwell's Equation along the x-axis.
red = electric field E
blue = magnetic field B
higher order numerical method
&
far field boundary condition
Transport & Adsorption of a Fluid Mixture
Transport and Adsorption of the Fluid without Energy Balance
Figure: Concentration of Fluid related to Space & Time
Formulas: Mass Balance, Kinetics and Thermodynamics
Transport and Adsorption of the Fluid with Energy Balance
Figure: Concentration of Fluid related to Space & Time
Formulas: Energy Balance & Temperature Dependency
Energy Balance respecively Heat Balance:
Dependency of the Parameter on the Temperature T:
Analysis of a Fluorescence Spectra
(Excitation-Emission-Matrix)
with PARAFAC-Method (PARALLEL factor analysis)
Regression & Model Equation:
More Simulation coming soon ...
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