List of tables

List of tables

LIST OF TABLES Table 1. Some phantoms for measuring and calculating dose distributions. Table 2. Effective dose equivalent per unit fluence for photon...

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LIST OF TABLES Table 1. Some phantoms for measuring and calculating dose distributions. Table 2. Effective dose equivalent per unit fluence for photons incident in various geometries on an anthropomorphic phantom. Table 3a. Effective dose equivalent per unit exposure in free air for photons incident in various geometries on an anthropomorphic phantom. Table 3b. Some experimental data on effective dose equivalent per unit exposure in free air for photons incident in various geometries on a commercial phantom. Table 4. Deep dose-equivalent index, H,,d, per unit fluence for photons incident in various geometries on the ICRU sphere. Table 5. Shallow dose-equivalent index, H,,,, per unit fluence for photons incident in various geometries on the ICRU sphere. Table 6. Dose equivalent per unit fluence on the principal axis at a depth of 10 mm for photons incident in various geometries on the ICRU sphere. Table 7. Dose equivalent per unit fluence on the principal axis at a depth of 3 mm for photons incident in various geometries on the ICRU sphere. Table 8. Dose equivalent per unit fluence on the principal axis at a depth of0.07 mm for photons incident in various geometries on the ICRU sphere. Table 9. Dose-equivalent indices per unit absorbed dose to air in free air for photons incident in a plane parallel beam on the ICRU sphere. Table 10. Dose equivalents at various depths on the principal axis of the ICRU sphere per unit absorbed dose to air in free air for photons incident in a plane parallel beam. Table 11. Absorbed dose to air in free air per unit photon fluence. Table 12. Dose equivalent averaged over entire skin per unit fluence for photons incident in various geometries on an anthropomorphic phantom. Table 13. Dose equivalent to the lens of the eye per unit fluence for photons incident in various geometries on an anthropomorphic phantom. Table 14. Maximum dose equivalent per unit fluence and dose equivalent per unit fluence at 10 mm depth for photons incident in a plane parallel beam on a 30 cm thick semi-infinite slab phantom. Table 15. Maximum dose equivalent per unit fluence for muons incident in a plane parallel beam on a 30 cm thick semi-infinite slab phantom. Table 16a. Maximum dose equivalent per unit fluence for pions incident in a plane parallel beam on a 30 cm thick semi-infinite slab phantom. Table 16b. Effective value of the quality factor as a function of pion energy at maximum dose equivalent. Table 16~. Dose equivalent per unit fluence at 10 mm depth for pions incident in a plane parallel beam on a 30 cm thick semi-infinite slab phantom. Table 17. Effective dose equivalent per unit fluence for neutrons incident in various geometries on an anthropomorphic phantom. Table 18. Effective dose equivalent per unit tissue kerma in free air for neutrons incident in various geometries on an anthropomorphic phantom. Table 19. Dose-equivalent indices per unit fluence for neutrons incident in a plane parallel beam on the ICRU sphere. Table 20. Dose-equivalent indices per unit fluence for neutrons incident isotropically on the ICRU sphere. Table 21. Dose equivalent per unit fluence at depths of 0.07 mm, 3 mm and 10 mm on the principal axis for neutrons incident in a plane parallel beam on the ICRU sphere. Table 22. Dose equivalent per unit fluence at depths of 0.07 mm, 3 mm and 10 mm for neutrons incident in an isotropic field on the ICRU sphere. Table 23. Maximum dose equivalent per unit fluence and dose equivalent per unit fluence at a depth of 10 mm for neutrons incident in a plane parallel beam on a 30 cm thick semi-infinite slab phantom. Table 24a. Effective values of the quality factor at the location of the deep dose-equivalent index and at a depth of 10 mm on the principal axis for neutrons incident in a plane parallel beam on the ICRU sphere. Table 24b. Effective values of the quality factor at the location of the maximum dose equivalent and at a depth of 10 mm for neutrons incident in a parallel beam on a 30 cm thick semi-infinite slab phantom. Table 25a. Maximum dose equivalent per unit fluence and dose equivalent per unit fluence at 10 mm for protons incident in a plane parallel beam on a 30 cm thick semi-infinite slab phantom. Table 25b. Effective values of the quality factor at the location of the maximum dose equivalent and at a depth of 10 mm for protons incident in a plane parallel beam on a 30 cm thick semi-infinite slab phantom. Table 26. Maximum dose equivalent per unit fluence and dose equivalent per unit fluence at 10 mm depth for electrons incident in a plane parallel beam on a 30 cm thick semi-infinite slab phantom. vi

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LIST OF TABLES

Table 27. Maximum values of the correction factors for diverging beams to be applied to the conversion coefficients between effective dose equivalent and exposure in free air obtained with photon energies from 10 keV to 10 MeV in idealised parallel geometries (except PA). Table 28. Relative midline doses measured in an anthropomorphic phantom with broad parallel beams of monoenergetic photons incident at various angles below and above the horizontal. Table 29. Relative midline dose equivalent, H, calculated for a broad beam of 1 MeV neutrons incident on an elliptical cylinder at various angles above the horizontal, and relative midline absorbed dose, D, measured for a broad beam of 2.95 MeV neutrons incident on an anthropomorphic phantom at similar angles. Table Cl. Organ dose equivalent per unit fluence for photons incident in various geometries on a male anthropomorphic phantom. Table C.1 (continued). Organ dose equivalent per unit fluence for photons incident in various geometries on a female anthropomorphic phantom. Table C.2. Organ dose equivalent per unit fluence for neutrons incident in various geometries on an anthropomorphic phantom. Table D. 1. Ratio of the effective dose equivalent. HE, to the deep dose-equivalent index, &. for photons and neutrons incident in a plane parallel beam on an anthropomorphic phantom and on the ICRU sphere. Table D.2. Ratio of the skin dose equivalent, H,,, to the shallow dose-equivalent index, H,,,, for photons incident in a plane parallel beam and isotropically on an anthropomorphic phantom and on the ICRU sphere. Table D.3. Comparison of fluence corresponding to the annual dose-equivalent limit for the lens and the more restrictive of the dose-equivalent indices, for photons incident in a plane parallel beam on an anthropomorphic phantom and on the ICRU sphere. Table D-4. Ratio of the effective dose equivalent, HE, to the ambient dose-equivalent, H* (lo), for photons and neutrons incident in a plane parallel beam on an anthropomorphic phantom and on the ICRU sphere. Table D.5. Ratio of the maximum dose equivalent and the dose-equivalent at a depth of 10 mm for various radiations incident normally in a plane parallel beam on a semi-infinite slab phantom. Table D.6. Ratios of the skin dose equivalent. H,,, to the directional dose equivalent, H’ (0.07), for photons and neutrons incident in various geometries on an anthropomorphic phantom and on the ICRIJ sphere.

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