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Skukan, N.*; Grilj, V.*; Pomorski, M.*; 加田 渉*; 岩本 直也*; 大島 武; 神谷 富裕; Jaksic, M.*
no journal, ,
In order to develop diamond thin film detectors, an approximately 6 m thick membrane which was made of low cost optical quality scCVD diamond material was fabricated. The membrane was mounted to a flange as a vacuum exit window and characterized as a particle detector. The negligible intrinsic noise of the device provides an excellent signal-to-noise ratio, even for energetic proton incidence. Besides, the outstanding results of the radiation-hardness test indicate a wider possible range of device applications, including those that involve high currents of charged particles or long exposure to radiation.
野上 光博*; 北山 佳治; 人見 啓太朗*
no journal, ,
これまで我々は次世代の半導体材料であるTlBrを用いた様々な検出器を開発してきた。中でも薄膜検出器は医療応用の観点から重要なテーマであった。今回、新たに導入した装置を用いて薄膜技術を向上し、その結果検出器応答も敏感になったため、その内容を報告する。