This subject introduces the technological features of instruments used in general diagnostic radiographic practice. Principally this subject deals with the equipment used in fundamental general radiographic imaging and processing. It covers the design, construction, operation and practical applications of specified devices, along with appropriate calculations and relevant regulations and standards. Quality assurance procedures and techniques are concurrently introduced and considered with each general type of instrument.
No offerings have been identified for this subject in 2019.
HD/FL
One session
School of Biomedical Sciences
MIS110
Quality Assurance Principals of Quality (QA) and Quality Control (QC). Basic maintenance procedures testing and measurement. QC measurement and assessment devices. Fault analysis skills. Appropriate calculations and manipulations. The X-ray Tube X-ray production in relation to equipment. Anode compositions and applications. Stationary and rotating anode configuration. Focal spot assessment. Cathode design and operation. Tube components. Heating and cooling characteristics and ratings. Housing types, mounts. Beam restriction devices. The X-ray circuit Electrical supply requirements. Basic components. Transformers. HT generation and HT waveforms. Exposure control kVp mA Time. Compensation. Interlock circuitry. Measurement kVp, time. Ancillary Equipment Grids construction and evaluation. Tables and tube supports Buckys and A.E.C. devices. Filters. Personnel/patient radiation protection devices. Positioning devices. Film Processing Automated processing systems; electrical, mechanical and chemical systems. Dark room systems and Daylight designs Silver recovery systems. Modern film printing mediums. Processor specifications. Computed Radiography Phosphorescence. The Computed Radiography (CR) image plate and latent image formation. CR Image processor designs. Principles of CR use. Direct Radiography. Selenium detectors and detector plates. Direct radiography (DR) principles. Emerging technology in the DR area.
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The information contained in the CSU Handbook was accurate at the date of publication: May 2019. The University reserves the right to vary the information at any time without notice.