Yunzhi Ma
Ph.D. in Physics,
Beijing Normal University, Beijing, China, 2005
Research
My doctoral research, in Beijing Normal University, China, involves radiation simulation and radiation induced biological effects. Before coming to Stanford I was a postdoc of Peking University, where I did research about radiation cellular dosimetry and radiotherapy plan analyzing software. I am interested in researches in the following areas in medical physics: 1) Monte Carlo simulation of imaging process; 2) Radiotherapy plan making and analyzing; 3) Modeling of inverse problem in IGRT. At Lei Xing’s group in Stanford, I focus on topics about 4-D image-guided radiation therapy and 4-D adaptive therapy inverse planning techniques to account for respiratory motion during treatment.
Publications
- YZ Ma, JP Geng, S Gao, SL Bao. Dose point kernel for boron-11 decay and the cellular S values in boron neutron capture therapy, Medical Physics, 33 (12) 2006, 4739
- Ma YZ, HY Zhou, YZ Zhuo. Condensed-history Monte Carlo simulation of the dosimetric distribution of electron microbeam, Radiation Environment and Biophysics, 44 (2006) 255
- TG Cao, MH Cai, JP Geng, FQ Kong, YZ Ma, YZ Zhuo. Radiation Induced DNA Damage and Related Bio-chemi-physical Problems, Nuclear Physics Review, (2005) 22:4, 398-401
- Ma YZ, HY Zhou, YZ Zhuo. Modeling of radiation response of V79 cell using new concept of clustering clusters,International Journal of Modern Physics B, 19, (2005) 2927
- Ma YZ, HY Zhou, YZ Zhuo. Theoretical study on surviving fraction for V79 cells irradiated by 40KEV/µm deuteron ion. International Journal of Modern Physics B,(2005) 19, 2933
- TG Cao, YZ Ma, YZ Zzhuo. The track structure of proton and alpha-particle in water, High energy physics and nuclear physics (in Chinese), (2004) 28(4):377
- YZ Ma, TG Cao, YZ Zhuo. Research on the transportation of low-energy electron in water (in Chinese), High energy physics and nuclear physics, (2003) 27(4):319
