Overview
Aims
The course attempts to develop the capacity for knowledge and understanding of the basic concepts specific to chemistry and their application in the applied electronic engineering.
Use of basic scientific knowledge in defining and explaining the specific concepts of engineering and environmental protection
Development of the ability to use the basic concepts, theories and methods in the field of chemistry for carrying out specific analyzes for applied electronic engineering
Course contents
COURSES
1. Introduction to chemistry. Fundamentals of chemistry.
2. Atomic models. Atomic structure.
3. Relations between the atomic structure and periodic table of elements. Periodicity law
4. Ionic bonds.
5.Covalent bonds. Coordinative bonds.
6. Metallic bonds.
7. Solutions. Solution’s concentrations (percentage, molar, normal etc.). Applications
8. Arrhenius law. Acids. Bases.
9. Protolytic equilibrium of water. pH and pOH
10. Salts hydrolysis. Aplications
11. Basics of precipitation and complex formation reactions.
13. Redox reactions. Electrode Potential. Nernst equation. Types of electrodes. Applications
14. Electrochemical energy conversion. Primary and secondary batteries. Fuel Cells
LABWORKS
1. Laboratory safety rules. Operations, apparatus and utensils used in the chemistry laboratory
2. Solutions. Expressing the concentration of solutions. Methods of preparation of solutions
3. References electrodes. Applications
4. Daniell cell. Electromotive force measurements. Applications
5. Glass electrode. pH measurements. Applications
6. Experimental measurements of the steel and copper corrosion potential and corrosion rates
7. Reports presentation. Assessment of the laboratory knowledges
Learning outcomes
C6. Solving technological problems in the fields of applied electronicsAssessment
A one-hour written examination (60% of the final grade). The examination of the practical abilities acquired during the practical works (40% of the final grade).