English

Not applicable.

The home faculty only

Students obtain practice knowledge with plasmachemistry background, plasma diagnostics and with selected plasmachemical applications and technologies in laboratory scale, too.

Practice couses from inorganic and physical chemistry and practical course from physics.

Not applicable.

The course uses teaching methods in form of Laboratory exercise - 3 teaching hours per week. The e-learning system (LMS Moodle) is available to teachers and students.

Working group gives one protocol form each practical task together. The classification is dependent on the average protocol level and also on the work during the exercises.

List of tasks:
1. Low pressure measuring
2. EPR spectroscopy of plasma
3. Optical emission spectroscopy of plasma
4. Changes of polymer materials wettability by surface discharge
5. Permeability enhancement of non-wowen textile materials
6. Electrical characteristics of diaphragm discharge in water solutions
7. Hydrogen peroxide generation by diaphragm discharge in liquids
8. Organic dyes degradation by diaphragm discharge in liquids
9. Study of ozone generation in dielectric barriere discharge
10. Plasmachemical removal of corrosion layers on corrode metal materials
11. VOC destruction in dielectric barriere discharge combined with photocatalyzis

Not applicable.

The course gives the practice knowledge in plasmachemistry background, plasma diagnostics and with selected plasmachemical applications and technologies, too.

Attendance is required and preparedness for independent working on the experiment is checked by teacher. Students work in small groups (usually two students).

Not applicable.

Not applicable.

Chen F., Chang J. P.: Principles of plasma processing. Kluwer Academic, Plenum Publishers. New York 2003. (EN)

Not applicable.