JIANG Haiyan1, 2 WU Yican1 ARTS Team1 1. Monte Carlo simulation and analysis of energetic particles’ implantation damage to the tumor cells in BNCT[J]. Nuclear techniques, 2004, (9): 687-692.
JIANG Haiyan1, 2 WU Yican1 ARTS Team1 1. Monte Carlo simulation and analysis of energetic particles’ implantation damage to the tumor cells in BNCT[J]. Nuclear techniques, 2004, (9): 687-692.DOI:
the interaction between energetic particles and tumor cell in BNCT (Boron Neutron Capture Therapy) has been simulated by SRIM code based on Monte-Carlo simulation.The distribution and track of particles as well as the damage of the target have been presented when α-particle implantation to tumor cell perpendicularly from the cell membrane.The deposited energy of the energetic particles produced from the B(n
10 α)7Li neutron capture reaction in different situations of the cell model is also calculated and the computed results are analyzed using cell survival curves.The conclusion may be important to understand the biological effect of single particle and the distribution of microdosimetry at cellular and subcellular level.In addition
it would provide elementary theory for microdosimetry of BNCT.