@article{oai:repo.qst.go.jp:00045198,
 author = {Ohguchi, Hiroyuki and Juto, Norimichi and Fujisaki, Saburoh and Migita, Sachiko and Koguchi, Yasuhiro and Takada, Masashi and 高田 真志},
 issue = {1/4},
 journal = {Radiation Protection Dosimetry},
 month = {},
 note = {An allyl di-glycol carbonate (ADC) sheet which has been utilised as a neutron detector for personal dosimetry has recently been studied for its application as a device for radiation exposure control for astronauts in space, where protons are the
dominant radiation. It is known that the fabrication process, modified by adding some kind of antioxidant to improve the sensitivity of ADC to high energy protons, causes a substantial increase in false tracks, which disturb the automatic counting
of proton tracks using the auto-image analyser. This made clear the difficulty of fabricating ADC sheets which have sufficient sensitivity to high energy protons, while maintaining a good surface. In this study, we have tried to modify the fabrication process to improve the sensitivity to high energy protons without causing a deterioration of the surface condition of ADC sheets. We have successfully created fairly good products.},
 pages = {461--465},
 title = {Study of an improved Allyl Di-Glycol carbonate sheet for high energy proton detection},
 volume = {120},
 year = {2006}
}