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嶋岡 毅紘*; 金子 純一*; 佐藤 優樹; 坪田 雅功*; 新名 宏明*; 茶谷原 昭義*; 渡辺 幸志*; 梅沢 仁*; 杢野 由明*
Physica Status Solidi (A), 213(10), p.2629 - 2633, 2016/10
被引用回数:9 パーセンタイル:41.22(Materials Science, Multidisciplinary)This report is the first describing experimental evaluation of Fano factor for diamond detectors. High-quality self-standing chemical vapor deposited diamond samples were produced using lift-off method. Alpha-particle induced charge measurements were taken for three samples. A 13.1 eV 0.07 eV of the average electron-hole pair creation energy and excellent energy resolution of approximately 0.3 were found for 5.486 MeV alpha particles from an Am radioactive source. The best Fano factor for 5.486 MeV alpha particles calculated from experimentally obtained epsilon values and the detector intrinsic energy resolution was 0.382 0.007.
嶋岡 毅紘*; 金子 純一*; 佐藤 優樹; 坪田 雅功*; 新名 宏明*; 茶谷原 昭義*; 渡辺 幸志*; 梅沢 仁*; 杢野 由明*
no journal, ,
Diamond radiation detectors have promising properties i.e. high-temperature operation, low leakage current and radiation hardness. The authors have developed CVD diamond detector using lift-off method. We have successfully obtained high performance detectors which have 100.1% of charge collection efficiency for holes and 99.8% for electrons, provided that = 13.1 eV. The detector also achieved approximate 0.3 of one of the best energy resolution. This study reports a Fano factor evaluation of diamond detectors for alpha particles.