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This manuscript describes a parameter modification to the Radcalc software model such that it would be able to provide a valid check to the predicted radiation doses from the Monte Carlo treatment planning system. Thus the polynomial correction model obtained provides a simple but robust and empirically sound correction to the Radcalc commercial software such that monitor unit calculations from the Monte Carlo TPS may by verified for post mastectomy chest wall irradiation cases. This provides the medical physicist confidence that any persistent differences should be investigated as possibly…mehr

Produktbeschreibung
This manuscript describes a parameter modification to the Radcalc software model such that it would be able to provide a valid check to the predicted radiation doses from the Monte Carlo treatment planning system. Thus the polynomial correction model obtained provides a simple but robust and empirically sound correction to the Radcalc commercial software such that monitor unit calculations from the Monte Carlo TPS may by verified for post mastectomy chest wall irradiation cases. This provides the medical physicist confidence that any persistent differences should be investigated as possibly due to an actual systematic error unassociated with a failure of the predictive model.
Autorenporträt
Pricilla Asigbee received her Bachelor of Science degree in Physics from University of Cape Coast in Cape Coast, Ghana and her Masters of Science degree in Physics from Ball State University in Muncie, IN, USA.