1981.8-1985.7,  (B.S.)  Department of Modern Physics,  Lanzhou  University  

Work Experience: 

1985.7 -1997.11, Assistant Researcher, Xinjiang Institute of physics, Chinese Academy of Sciences, 

1997.12 -2003.3, Associate Researcher, Xinjiang Institute of physics, Chinese Academy of Sciences 

2003.3 -2009.9, Associate Researcher, Xinjiang technical Institute of physics and chemistry, Chinese Academy of Sciences 

2006.6-2008.6, Visiting Scientists, Royal Melbourne Institute of Technology， Australia 

2009.11-now, Researcher, Xinjiang technical Institute of physics and chemistry, Chinese Academy of Sciences 

Main Research Areas and Achievements：  

    He has participated in the development of extrapolation ionization chambers, CaF2:Mn thermoluminescence dosimeters, silicon and aluminum radiation dose calorimeters, multi-layer ionization chambers and applied them to the study of dose enhancement effects, established synchrotron radiation dose measurement and conversion methods, and calibrated the dose field of cobalt sources applied to the study of radiation effects, as well as electron accelerator beam parameters.  He has participated in and presided over more than 20 research projects at provincial and ministerial level. He has been awarded the Third Prize of Science and Technology Progress of CAS for two times, the First Prize of Science and Technology Progress of Xinjiang Autonomous Region for three times, the Second Prize for one time, the Third Prize for two times, and the Third Prize of Excellent Thesis of Xinjiang Natural Science for two times. Recently, he is mainly engaged in the research of radiation effect of materials and devices, and the research of photon and electron Monte Carlo transport calculation. He has published more than 100 papers and granted 2 patents. 

Main Honor： 

 2 first prizes for scientific and technological progress in Xinjiang Autonomous Region. 

Representative Publications：  

1. C. He, M. Geso, T. Ackerly and C.J. Wong, Stereotactic dose perturbation from an aneurysm clip measured by Gafchromic?EBT film, Australas Phys Eng Sci Med, Vol. 31 No. 1, 2008. 

2.C.J. Wong, T. Ackerly, C. He, W. Patterson, C.E. Powell, A. Ho, G. Qiao,D.H. Solomon, R. Meder, M. Geso, High-resolution measurements of small field beams using polymer gels, Appl. Radiat. Isot. 65 (2007) 1160–11643. 

3 .C.J. Wong,T.Ackerly,C.He, W.Patterson, C.E. Powell, G. Qiao, D.H. Solomon, R. Meder,M.Geso,Small field size dose-profile measurements using gel dosimeters, ,Radiat. Meas., 44 (2009) 249–256. 

4.W. N. Rahman, N. Bishara, T. Ackerly,C. He, P. Jackson,C.J. Wong,R. Davidson, M. Geso, Enhancement of radiation effects by gold nanoparticles for superficial radiation therapy, Nanomedicine, 5 (2009) 136–142. 

5.M. Geso T. Ackerly, S. Brown, Z. Chua, C. He, C. J. Wong, C. E. Powell,A.Ho, G. Qiao, D. H. Solomon, W. Patterson, J. M. Droege. Determination of dosimetric perturbations caused by aneurysm clip in stereotactic radiosurgery using gel phantoms and EBT-Gafchromic films. Med. Phys. Vol.35, No.2, 744-752 (2008) 

Field of research： 

Radiation dosimetry, radiation effects of materials and devices