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Sufficiently reproducible measuring results can be achieved even for simple TLD units by a control procedure which is easy to apply. It is demonstrated by means of the proposed control procedure that the dependence on energy of the TLD-100 rods is negligible in case of a measuring uncertainty of +/- 3%. This is confirmed by depth dose measurements in comparison with ionisation measurements and semiconductor measurements. TLD-100 rods are thus suitable for the measurement of the dose distribution in a typical solid phantom, such as the humanoid phantom of Alderson Research Laboratories, Long Island, N.Y. The results of these measurements, especially with regard to the verification of the irradiation planning, will be presented in a later report.
K Lübbert, and
H Rahim
July 1969,
Annals of the New York Academy of Sciences,
K Lübbert, and
H Rahim
March 1968,
Health physics,
K Lübbert, and
H Rahim
May 1996,
Medical physics,
K Lübbert, and
H Rahim
October 1970,
Rontgenpraxis; Zeitschrift fur radiologische Technik,
K Lübbert, and
H Rahim
July 1969,
Annals of the New York Academy of Sciences,
K Lübbert, and
H Rahim
January 1965,
Radiobiologia, radiotherapia,
K Lübbert, and
H Rahim
October 1966,
Physics in medicine and biology,
K Lübbert, and
H Rahim
January 1969,
Bulletin du cancer,
K Lübbert, and
H Rahim
April 1970,
Health physics,
K Lübbert, and
H Rahim
January 1975,
Dento maxillo facial radiology,
