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This simulation is aimed at advanced undergraduate students and enables users to observe resonance in a collection of driven, damped harmonic oscillators. Users can also vary the driving frequency and...
Nuclear spin, spin orientations for protons, spin levels and transitions, the resonance condition, the chemical shift, and screening, use of peak areas, first order splitting patterns.
Introduces the basic principles and practice of nuclear magnetic resonance (NMR) spectrometry. In two parts: 1) How NMR works; 2) Interpreting NMR spectra. Suitable for self-paced open learning or as part of...
Demonstrates the basic working principles of nuclear magnetic resonance, operation of the analytical instrument and interpretation of the data obtained.
Chemical analysis has wide-ranging applications, from its use in many different industries such as mining, environmental management and chemical manufacturing, to forensic science and cutting-edge medical...
Two OU programmes combined on one disc/tape. INFRARED SPECTROSCOPY: Concerned with the uses and principles underlying infra-red spectroscopy techniques. Demonstrates the value of the Fourier transformation,...
The principles of a variety of techniques for producing images of the human body are explained. Techniques explored are magnetic resonance, holographic imaging, ultrasound, mammography, computer axial...
Introduces five methods of imaging the human body: magnetic resonance imaging (MRI), nuclear medicine, X-ray angiography, ultrasound, and computerised tomography (CT). Provides clinical examples for each...
Professor Laurie Hall, of the Herchel Smith Laboratory for Medicinal Chemistry at the University of Cambridge, discusses nuclear magnetic resonance imaging (MRI), which provides a powerful means of not only...
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