Development of a synthetic single crystal diamond dosimeter for dose measurement of clinical proton beams

Cyril Moignier, D. Tromson, Ludovic De Marzi, F. Marsolat, Juan Carlos García Hernández, M. Agelou, M. Pomorski, Romuald Woo, J.-M. Bourbotte, F. Moignau,

Physics in Medicine and Biology · 2017 · 12 citations · 37 references

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Abstract

range) and 0.4% (for dose higher than 0.05 Gy), respectively. The depth-dose curves in the 90-160 MeV energy range, measured with the SCDD-Pro without applying any correction, were in good agreement with those measured using a commercial IBA PPC05 plane-parallel ionization chamber, differing by less than 1.6%. The experimental results confirmed that this SCDD-Pro is suitable for measurements with standard electrometers and that the depth-dose curve perturbation is negligible, with no energy dependence and no significant dose rate dependence.

References

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