Master-thesis-code

Code used in creating my Master's thesis. Included is the code that simulates a basic voltamogram and a script that runs that code.

Included are .txt files containing measurements for Fe(CN)6 redox couple

To run the codes, certain Python libraries are needed: Numpy Scipy Matplotlib TkInter

Name		Name	Last commit message	Last commit date
ACV_FeCN_10_C02.txt		ACV_FeCN_10_C02.txt
ACV_FeCN_1_C02.txt		ACV_FeCN_1_C02.txt
ACV_FeCN_2_C02.txt		ACV_FeCN_2_C02.txt
ACV_FeCN_3_C02.txt		ACV_FeCN_3_C02.txt
ACV_FeCN_4_C02.txt		ACV_FeCN_4_C02.txt
ACV_FeCN_5_C02.txt		ACV_FeCN_5_C02.txt
ACV_FeCN_6_C02.txt		ACV_FeCN_6_C02.txt
ACV_FeCN_7_C02.txt		ACV_FeCN_7_C02.txt
ACV_FeCN_8_C02.txt		ACV_FeCN_8_C02.txt
ACV_FeCN_9_C02.txt		ACV_FeCN_9_C02.txt
CV_Explicit_method_IR_drop.py		CV_Explicit_method_IR_drop.py
CV_IR_Nonlinear_capacitance.py		CV_IR_Nonlinear_capacitance.py
Optimizacija_CV_preprost_primer.py		Optimizacija_CV_preprost_primer.py
Optimizacija_CV_primer_FeCN_eksperiment.py		Optimizacija_CV_primer_FeCN_eksperiment.py
README.md		README.md
Script_running.py		Script_running.py
Simulation_Full_boundary_RDE_dela.py		Simulation_Full_boundary_RDE_dela.py

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