A Monte Carlo Simulation Model for Radiation Dose to Metastatic Skeletal Tumor from Rhenium-186(Sn)-HEDP

R. Chandrasiri Samaratunga; Stephen R. Thomas; Jerry D. Hinnefeld; Larry C. Von Kuster; David M. Hyams; Jonathan S. Moulton; Matthew I. Sperling; Harry R. Maxon

Research ArticleComputer Simulation

A Monte Carlo Simulation Model for Radiation Dose to Metastatic Skeletal Tumor from Rhenium-186(Sn)-HEDP

R. Chandrasiri Samaratunga, Stephen R. Thomas, Jerry D. Hinnefeld, Larry C. Von Kuster, David M. Hyams, Jonathan S. Moulton, Matthew I. Sperling and Harry R. Maxon

Journal of Nuclear Medicine February 1995, 36 (2) 336-350;

R. Chandrasiri Samaratunga

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Stephen R. Thomas

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Jerry D. Hinnefeld

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Larry C. Von Kuster

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David M. Hyams

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Jonathan S. Moulton

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Matthew I. Sperling

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Harry R. Maxon III

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Journal of Nuclear Medicine

Vol. 36, Issue 2

February 1, 1995

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A Monte Carlo Simulation Model for Radiation Dose to Metastatic Skeletal Tumor from Rhenium-186(Sn)-HEDP

R. Chandrasiri Samaratunga, Stephen R. Thomas, Jerry D. Hinnefeld, Larry C. Von Kuster, David M. Hyams, Jonathan S. Moulton, Matthew I. Sperling, Harry R. Maxon

Journal of Nuclear Medicine Feb 1995, 36 (2) 336-350;

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A Monte Carlo Simulation Model for Radiation Dose to Metastatic Skeletal Tumor from Rhenium-186(Sn)-HEDP

R. Chandrasiri Samaratunga, Stephen R. Thomas, Jerry D. Hinnefeld, Larry C. Von Kuster, David M. Hyams, Jonathan S. Moulton, Matthew I. Sperling, Harry R. Maxon

Journal of Nuclear Medicine Feb 1995, 36 (2) 336-350;

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