Topic outline

  • Lectures:

    Monday lectures starting 9.1 at 12.15 - 14

    Tuesday lectures starting 10.1 at 10.15 - 12

    Thursday exercises starting 12.1 at 10.15 - 12

    Laboratory exercises on Period IV.

    Course schedule, Period III

    Lectures

    Exercises and Tutorials

    9.1.2023

    10.1.2023

    Electrochemical reactions and Faraday´s Law

    Stability and equilibrium

    12.1. Electrochemical reaction rates (graded)

    16.1.2023

    17.1.2023

    Electrified interfaces

    Polarization and reaction kinetics

    19.1. Mixed electrode and potential scales (graded)

    23.1.2023

    24.1.2023

    Principles of Electrochemical measurements, equipment and cells

    Potentiostatic and galvanostatic measurements

    26.1 Potentiostatic and galvanostatic measurements (graded)

    30.1.2023

    31.1.2023

    Voltammetry

    Electrochemical Impedance Spectroscopy

    2.2 Voltammetry and reaction rates (graded)  

     

    6.2.2023

    7.2.2023

    Corrosion I - Principles of corrosion

    Design and Materials selection

    9.2. Corrosion engineering tasks: Corrosion control by design (graded)

    13.2.2023

    14.2.2023

    Corrosion II - Forms of corrosion

    Coatings, inhibition and electrochemical protection

    16.2. Corrosion engineering task: Corrosion control by materials selection (graded)

     

     

    WEEK 8

     EXAMINATION WEEK



    WEEKS 9-12

    27.2 TEKNOS Excursion at 11.30 - 17.00

    LAB WORK - WEEKs (1.3 - 24.3)

    obs. These weeks are NOT full time lab work but 3*(max 4 hours) agreed with the students.

     LAB WORK - WEEKs

    obs. These weeks are NOT full time lab work but 3*(max 4 hours) agreed with the students.

     



     

    HOW TO COMPLETE THE COURSE?

    24% from lectures (12*2 points) - Lecture tasks

    24% from exercises (6*4 points) - Computer exercises

    45% from laboratory work (3*15 points) - Lab work I, II and III (completed during weeks 9-12 for ca 3*4 hours)

    7% from excursion (7 points)