@article{oai:repo.qst.go.jp:00046698,
 author = {白川, 芳幸 and 中村, 秀仁 and 鎌田, 貴志 and 渡井, 勝範 and et.al and 白川 芳幸},
 issue = {12},
 journal = {RADIOISOTOPES},
 month = {Dec},
 note = {For decontamination in Fukushima evacuated areas, a considerable number of low-cost, efficient radiation detectors such as survey meters will be needed in the coming years. We developed a polyethylene naphthalate based scintillator 
 (ⓇSCINTIREX) recently. It is a plastic scintillator that emits sufficient fluorescent light upon exposure to radiation without the need for wavelength shifting, thus reducing costs of the survey meters. We tested the performance using a OKEN survey meter with a 1 mm thick polyethylene naphthalate sheet, and found that the count rate for a 36Cl source and a 60Co source can be more than doubled when the plastic surface is modified to allow more light to reach the photo detector.},
 pages = {879--884},
 title = {Radiation counting characteristics on surface-modified polyethylene naphthalate scintillators},
 volume = {62},
 year = {2013}
}