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This DVD takes an in-depth look at four kinds of sensing applications used in medical imaging and the physics applied to each. It features Ultrasound, Electromagnetic waves including X-Rays and CAT or...
Shows an inorganic chemical research laboratory at the University of Edinburgh and the applications laboratory of an NMR instrument maker, Bruker Spectrospin, in West Germany. In Edinburgh Professor E A V...
Studies three different imaging systems used to examine the human eye and its surrounding tissue prior to corrective surgery. The subject is a man with a tumour just above his left eye, and after detailed...
A 4-part series explaining and illustrating computer advances in body imaging. Part 1 looks at the current practice in e-rays, computer tomography, magnetic resonance imaging and ultrasound; part 2 explores...
A CAL module offering experience with setting up a spectrometer so as to obtain a good spectrum. in order to test the effect of parameters such as number of scans and strength of magnetic field on the...
Describes a new range of body scanners which obviate the need for x-rays, surgery or the insertion of instruments. Instead, they use powerful magnets to build pictures of the body so clear that everyone can...
Developed to support the teaching of spectroscopy material in the new AS/A2 level specifications, covers infrared spectroscopy (IR), mass spectrometry (MS) and proton nuclear magnetic resonance (NMR). The...
Deals with the physics underlying the production of diagnostic quality radiographs, with short modules on ultrasonography, computer tomography, magnetic resonance imaging and nuclear medicine. Also looks at...
In order to refine the process of marketing, studies are now turning to neuroscience in order to analyse the brain’s physical response to our wants and desires. By using techniques such as magnetic...
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