The Aim of The Lesson: This course aims to provide students with general information about accelerators.

Course Content: Particle sources, thermionic guns, RF guns, accelerator units, excitation of electrostatic and RF fields, RF cavity technology, klystrons, waveguides, beam lines, energy, current, emittance, position measurements for beams, beam diagnostic tools, position and energy monitors, vacuum technologies in accelerators, power and cooling technologies for accelerators, beam stopping techniques.

Week Subject – Content Teaching Method and Technique Used
1 Introduction Lecture, Question and Answer
2 History of Particle Accelerators Lecture, Question and Answer
3 Accelerator Types Lecture, Question and Answer
4 Accelerator Mesh Elements Lecture, Question and Answer
5 Accelerator Mesh Elements Lecture, Question and Answer
6 General Accelerator Application Areas Lecture, Question and Answer
7 General Accelerator Application Areas / Midterm exam Lecture, Question and Answer
8 Accelerator Parameters Lecture, Question and Answer
9 Bundle Parameters Lecture, Question and Answer
10 Accelerator Products Lecture, Question and Answer
11 Accelerator Products Lecture, Question and Answer
12 Introduction to Linear Beam Dynamics Lecture, Question and Answer
13 Introduction to Linear Beam Dynamics Lecture, Question and Answer
14 Introduction to Linear Beam Dynamics Lecture, Question and Answer
15 Final Lecture, Question and Answer