Monte Carlo simulation for correlation analysis of average glandular dose by breast thickness and glandular ratio in breast tissue
Titel:
Monte Carlo simulation for correlation analysis of average glandular dose by breast thickness and glandular ratio in breast tissue
Auteur:
Kim, Sang-Tae Cho, Jung-Keun
Verschenen in:
Technology & health care
Paginering:
Jaargang 22 (2014) nr. 3 pagina's 345-350
Jaar:
2014-04-04
Inhoud:
A glandular breast tissue is a radio-sensitive tissue. So during the evaluation of an X-ray mammography device, Average Glandular Dose (AGD) measurement is a very important part. In reality, it is difficult to measure AGD directly, Monte Carlo simulation was used to analyze the correlation between the AGD and breast thickness. As a result, AGDs calculated through the Monte Carlo simulation were 1.64, 1.41 and 0.88 mGy. The simulated AGDs mainly depend on the glandular ratio of the breast. With the increase of glandular breast tissue, absorption of low photon-energy increased so that the AGDs increased, too. In addition, the thicker the breast was, the more the AGD became. Consequently, this study will be used as basic data for establishing the diagnostic reference levels of mammography.
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