Overview
The program aims to train students on advanced techniques in nuclear physics used in radiation detection and measurements
Linear gate in gamma ray spectroscopy - timing coincidence - simple coincidence
- gamma ray coincidence using coincident unit - time to pulse height converter
- alpha and beta spectroscopy using surface barrier detectors - x-ray fluorescence using Si(Li) detectors - gamma ray spectroscopy using HPGe detectors.
Intended learning outcomes
Learning the:-
- Mechanism of Linear Accelerator
- Application of timing and Coincidence
• knowing alpha, Beta, X-ray and gamma radiation detection mechanism
- Learning how to report the experiments results
Teaching and learning methods
Lectures ,experiments ,Discussion, Reports
Methods of assessments
Report: 60%
Final exam 40%
