Applied physics
Dr Greg Jakovidis
12 points * Four 1-hour lectures, a 1-hour tutorial and one 5-hour laboratory class per week * Second semester * Clayton * Prerequisite: PHS2311 and PHS2322 * MAT2010 or MAA2032 is recommended
Objectives The general aim of this subject is to demonstrate the relevance of instrumentation and measurement in a variety of physics topics. Experimental skills associated with analog and discrete signals and systems are also emphasised in the practical sessions. At the successful conclusion of this subject students will be able to build on their knowledge of analog and discrete signals and systems and associated types of instrumentation; understand how signals are transmitted and the manner in which noise may be reduced; enhance their capability to use computers as a form of physical instrumentation; achieve competency in the application of these techniques in the laboratory.
Synopsis The two core theory units are photonics and advanced instrumentation. (1) Photonics: Light optics and solid state physics, light modulation, system components, optical waveguides, fibre optics communication. (2) Advanced instrumentation: Discrete signal properties, digital signal processing, sampling and aliasing, analogue filters and digital filters, spectroscopy. The other two units may be selected from a range of third-year units taught by the department, after consultation with the subject coordinator.
Assessment Examinations (4 x 1.5 hours): 70% * Laboratory work: 30%
Prescribed texts
Knoll G F Radiation detection and measurement 2nd edn Wiley, 1989
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