Fundamentos

Fundamentos de Física Médica
Volumen 2. Bases físicas, equipos y control de calidad en radiodiagnóstico
N.B.: Las figuras 13, 14, 15, 16, 17, 18, 19, 20, 21, 22 y 23 se han extraído
de la publicación “CT Scanner Acceptance Testing”. Information Leaflet
Nº1. ImPACT, con permiso de los autores.
8. Bibliografía
[1] AAPM. (1994). "Specification, Acceptance Testing and Quality Control
of Diagnostic X-ray Imaging Equipment (Proceedings of Summer
School)", eds J A Seibert, G T Barnes and R G Gould, Groot PM de. pp
429-460, Report No. 20 (Woodbury, NY: American Institute of Physics).
[2] AAPM. (2002) “Quality control in Diagnostic Radiology”. Report nº 74.
[3] AAPM on-line (April 2005). “Assessment of display performance for medical
imaging systems”.
[4] Attix, F.H. (1986) “Introduction to Radiologycal Physics and Radiation
Dosimetry”. John Wiley & Sons.
[5] DROEGE, R.T., MORIN, R.L. (1982) “A practical method to measure the
MTF of CT scanners”. Med Phys 9(5).
[6] HPA (1976). “The Physics of Radiodiagnosis”. Report SCR-6. 2 nd edition.
[7] IAEA (2006). TECDOC-1517 “Control de Calidad en Mamografía”.
[8] IEC 60601 (2010). Part 2-23. Particular requirements for the Basic safety
and essential performance of X-ray equipment for interventional procedures
Edition 2.0.
[9] ImPACT (2001). “CT Scanner Acceptance Testing”. Information Leaflet Nº1.
[10] IPEMB (1996). Report 32 Part II. 2 nd edition. Image Intensifier TV Systems.
[11] KCARE. (2005). “Protocol for the QA of Computed Radiography Systems”.
Protocol Draft 8.0.
[12] REAL DECRETO 1976/1999, por el que se establecen los criterios de calidad
en radiodiagnóstico. BOE de 3 de febrero de 2000.
[13] SEFM, SEPR, SERAM. (2011). "Protocolo Español de Control de Calidad en
Radiodiagnóstico".
[14] SEFM. (2008). Protocolo de control de calidad en mamografía digital.
[15] Thijssen M., VAN ENGENS R., YOUNG K., BOSMANS H. (2003). “European
Guidelines For Quality Assurance in Mammography Screening”. 2 nd Ed.
European Commission. Addendum on Digital mammography.
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