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2006•AIP conference proceedingsRequires access

Thermoluminescent Dosimetry: A Preliminary Study for microCT Applications

C. Montaño García, Mercedes Rodríguez‐Villafuerte, A. Martı́nez-Dávalos, M.E. Brandan, C. Ruíz-Trejo

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Abstract

Preliminary measurements for microCT dosimetry are reported in this work, using TLD‐100 crystals (1×1×1 mm3) within a solid water phantom specially designed with approximate dimensions of a mouse. A dose dependence as a function of radial distance and position along the axis of the phantom was found. Because of the smaller doses used in this work we can say that it is feasible to perform dosimetry measurements with high accuracy using TLD‐100 microcubes.

About this research paper

What this paper is about

Preliminary measurements for microCT dosimetry are reported in this work, using TLD‐100 crystals (1×1×1 mm3) within a solid water phantom specially designed with approximate dimensions of a mouse. A dose dependence as a function of radial distance and position along the axis of the phantom was found. Because of the smaller doses used in this work we can say that it is feasible to perform dosimetry measurements with high accuracy using TLD‐100 microcubes.

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Key contribution

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Method / approach

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Main findings

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Available abstract

Preliminary measurements for microCT dosimetry are reported in this work, using TLD‐100 crystals (1×1×1 mm3) within a solid water phantom specially designed with approximate dimensions of a mouse. A dose dependence as a function of radial distance and position along the axis of the phantom was found. Because of the smaller doses used in this work we can say that it is feasible to perform dosimetry measurements with high accuracy using TLD‐100 microcubes.

Key concepts: Thermoluminescent dosimeter, Dosimetry, Imaging phantom, Thermoluminescent Dosimetry, Thermoluminescence, Materials science, Position (finance), Work (physics)

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