1982
DOI: 10.1016/0020-708x(82)90250-2
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Calculation of the energy dependence of dosimeter response to ionizing photons

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Cited by 19 publications
(2 citation statements)
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“…Determination of the photon energy spectrum is important to quantify the energy dependence, when a photon detector is not water equivalent (Miller and McLaughlin 1982). In this case the ratio of the absorption coefficient of the detector to that of water will change with any change in the beam energy spectrum which naturally occurs by changing depth and field size.…”
Section: Monte Carlo Calculationsmentioning
confidence: 99%
“…Determination of the photon energy spectrum is important to quantify the energy dependence, when a photon detector is not water equivalent (Miller and McLaughlin 1982). In this case the ratio of the absorption coefficient of the detector to that of water will change with any change in the beam energy spectrum which naturally occurs by changing depth and field size.…”
Section: Monte Carlo Calculationsmentioning
confidence: 99%
“…Como mostrado na TABELA I, a operacionalidade, para dose absorvida no dosímetro de filme radiocrômico HD-810, varia de 10 até 1000 Gy. A resposta do filme radiocrômico para diferentes distribuições de espectro de raios gama e elétrons é fortemente determinada pelos elementos constituintes [1,67]. Nas energias desde 0,1 MeV até 10 Mev, o coeficiente de absorção em massa para fótons e o poder de freamento em massa para elétrons no filme radiocrômico, é aproximadamente igual ao da água, de hidrocarbonetos simples e tecidos biológicos leves.…”
Section: Propriedades Dosimétricasunclassified