haainfinite.blogg.se

Bjr supplement 25 1996
Bjr supplement 25 1996




Ĭentral axis depth dose data for use in radiotherapy by British Institute of Radiology. (PMID) Abstract Citations BioEntities Related Articles Europe PubMed Central is a service of the Europe PMC Funders' Group working in partnership with. Central axis depth dose data for use in radiotherapy. This ignores dose toward the edges of the field, where dose decreases due to the method of production of superficial : Keith Davey, Margaret Moore, Sinéad Cleary, Christoph Kleefeld, Christoph Kleefeld, Mark J. Superficial skin radiotherapy treatments are often carried out utilizing superficial photons in the kilovoltage range from 50 to kVp, 1 where dose is calculated on the surface of the central axis.

bjr supplement 25 1996

Get this from a library! Central axis depth dose data for use in radiotherapy: a survey of depth doses and related data measured in water or equivalent media.ġ INTRODUCTION. Get this from a library! Central axis depth dose data for use in radiotherapy a survey of depth doses and related data measured in water or equivalent media. Central axis depth dose data for use in radiotherapy:, BJR Supplement. Relative electron density calibration of CT scanners for radiotherapy treatment planning. Central axis depth dose data for use in Radio/ [suppl and the Appendix.). (Data from Hospital Physicists' Association. Field size, 10 x 10 crn SSD = cm for all beams except for rnm Cu HVL, SSD = 50 cm. Central axis depth dose distribution for different quality photon beams. Dose Distribution and Scatter Analysis Depth in Water (cm) FIG.

bjr supplement 25 1996

Institution of Physics and Engineering in Medicine and Biology.ĩ.

bjr supplement 25 1996

Prepared by a joint working party of the British Institute of Radiology and the Institution of Physics and Engineering in Medicine and Biology.īritish Journal of Radiology - 25, BJR supplement - 25 Central axis depth dose data for use in radiotherapy 1996 : a survey of depth doses and related data measured in water or equivalent media by British Institute of Radiology.īy British Institute of Radiology in London.






Bjr supplement 25 1996