The aim of lesson: It is aimed to understand the beam diagnosis techniques and devices, the placement of the devices, their maintenance, their number and types according to the systems, and the appropriateness of where and which measurements should be made along the beam path.
Course Content: Beam current measurement, beam position monitors, measurements of longitudinal distribution of electron beams using coherent radiation, transverse and longitudinal diffusivity measurements, determination of beam size by Streak camera, laser wire, laser interference methods, synchrotron radiation.
| Week | Subject – Content | Teaching Method and Technique Used |
| 1 | Introduction | Lecture, Question and Answer |
| 2 | Diagnostic Requirements for Different Machines | Lecture, Question and Answer, Application |
| 3 | Measurement, Statistics and Errors | Lecture, Question and Answer, Application |
| 4 | Beam Current Monitors | Lecture, Question and Answer, Application |
| 5 | Beam Position Monitors | Lecture, Question and Answer, Application |
| 6 | Bundle Loss Monitors | Lecture, Question and Answer, Application |
| 7 | Calibration and Uniformity Measurements | Lecture, Question and Answer, Application |
| 8 | Knitting Measurements | Lecture, Question and Answer, Application |
| 9 | Transverse Bundle Profile Measurements | Lecture, Question and Answer, Application |
| 10 | Measurement of Beam Energy | Lecture, Question and Answer, Application |
| 11 | Multipacket Feedback Systems | Lecture, Question and Answer, Application |
| 12 | Photon Beamline Diagnosis | Lecture, Question and Answer, Application |
| 13 | Bundle Halo and Purity Measurement | Lecture, Question and Answer, Application |
| 14 | Machine Protection System | Lecture, Question and Answer, Application |
| 15 | Final |