Lateral and Distal Dose of Proton and Carbon Ion Beams for Tumor Cells Using PHITS Simulation Code

Myat Kay Khaing; Nyein Wint Lwin

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Lateral and Distal Dose of Proton and Carbon Ion Beams for Tumor Cells Using PHITS Simulation Code

http://hdl.handle.net/20.500.12678/0000005882

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Lateral and Distal Dose of Proton and Carbon Ion Beams for Tumor Cells Using PHITS Simulation Code.pdf (521 Kb)

Publication type
		Journal article
Upload type
		Publication
Title
	Title	Lateral and Distal Dose of Proton and Carbon Ion Beams for Tumor Cells Using PHITS Simulation Code
	Language	en
Publication date		2020-05-30
Authors
		Myat Kay Khaing
		Nyein Wint Lwin
Description
		With the development of particle accelerator design and related accessories, the popularity of charged particle therapy has increased. Most commonly used ions for particle therapy are proton and carbon. In terms of dose distribution and relative biological effectiveness (RBE) value, carbon ion is more favorable for deep-seated radioresistant tumor cells. Moreover, it has small lateral scattering compared with proton. But due to the probability of fragmentation itself, fragmented particles travel beyond targeted volume and deposit energy in normal healthy tissues. Although carbon ion shows fragmentation as drawback, better local control of energy is observed in compared with proton.
Keywords
		Charged Particle Therapy, relative biological effectiveness (RBE) value
Journal articles
		3
		University of Mandalay, Research Journal
		192 - 197
		11

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