Talib A. Abdul Wahid, A., A. Saleh, N. (2017). Development of Simulation Model for Calculating Radiation Dose Used to Treat Lung Malignant Cells with The aid of Nanoparticles. , 6(11), 63-71.
and Talib A. Abdul Wahid; Nihad A. Saleh. "Development of Simulation Model for Calculating Radiation Dose Used to Treat Lung Malignant Cells with The aid of Nanoparticles". , 6, 11, 2017, 63-71.
Talib A. Abdul Wahid, A., A. Saleh, N. (2017). 'Development of Simulation Model for Calculating Radiation Dose Used to Treat Lung Malignant Cells with The aid of Nanoparticles', , 6(11), pp. 63-71.
Talib A. Abdul Wahid, A., A. Saleh, N. Development of Simulation Model for Calculating Radiation Dose Used to Treat Lung Malignant Cells with The aid of Nanoparticles. , 2017; 6(11): 63-71.

Development of Simulation Model for Calculating Radiation Dose Used to Treat Lung Malignant Cells with The aid of Nanoparticles

Albahir journal
Article 1, Volume 6, Issue 11, 2017, Pages 63-71
Authors
and Talib A. Abdul Wahid; Nihad A. Saleh
Abstract
This theoretical study focuses on the enhancement of efficiency for radiotherapy
according to increase sensitivity enhancement ratio (SER). The improvement of
SER was done by increasing the amount of absorbed dose in lung cancer without the
surrounding health tissue due to presence (Gold, Gadolinium, silver and titanium)
nanoparticles (NPs) using x-ray with energy rangefrom (2) to (20)MeV. This
causes increasing in SER percentages as follows (10.86%),(12.51%), (13.03%)
and (13.59%) when using titanium, silver, gadolinium and gold as nanoparticles
respectively depending on the type of nanoparticles.
Keywords
Lung cancer; nanoparticles; radiotherapy; sensitivity enhancement ratio
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