The aim of lesson: It is aimed to become aware of which technique is suitable for vacuum techniques and possible systems, and to create precautions and theoretical infrastructure for possible problems.
Course Content: Requirements for vacuum systems, conductivity and pressure profiles, pumping methods, vacuum chamber design, special elements in vacuum systems, ceramic vacuum chamber design.
Week | Subject – Content | Teaching Method and Technique Used |
1 | Introduction | Lecture, Question and Answer |
2 | Gas Dynamics and Applications in Vacuum | Lecture, Question and Answer, Application |
3 | High and Extreme Vacuum Technology Development for Physics Research | Lecture, Question and Answer, Application |
4 | Analytical and Numerical Tools for Vacuum Systems | Lecture, Question and Answer, Application |
5 | Design of Vacuum Vessels | Lecture, Question and Answer, Application |
6 | Mechanical Vacuum Pumps, Ion Pumps | Lecture, Question and Answer, Application |
7 | Gauges for High and Medium Vacuum, Very High Vacuum Gauges, Partial Pressure Gauges / Midterm Exam | Lecture, Question and Answer, Application |
8 | Gauges for High and Medium Vacuum, Very High Vacuum Gauges, Partial Pressure Gauges | Lecture, Question and Answer, Application |
9 | Non-Thermal Gas Release | Lecture, Question and Answer, Application |
10 | Materials for High Vacuum Technology | Lecture, Question and Answer, Application |
11 | Leak Detection | Lecture, Question and Answer, Application |
12 | Cyropumps | Lecture, Question and Answer, Application |
13 | Getter Pumps | Lecture, Question and Answer, Application |
14 | Surface Properties and Cleaning for Vacuum | Lecture, Question and Answer, Application |
15 | Final |