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    • 10. 发明授权
    • Radiation detecting element
    • 辐射检测元件
    • US09110176B2
    • 2015-08-18
    • US13473005
    • 2012-05-16
    • Tomoyuki OikeNobuhiro YasuiToru DenYoshihiro OhashiRyoko Horie
    • Tomoyuki OikeNobuhiro YasuiToru DenYoshihiro OhashiRyoko Horie
    • G01T1/20G01T1/202
    • G01T1/202G01T1/2018
    • Provided is a radiation detecting element, including: needle crystal scintillators and a protruding pattern in which: one end of the needle crystal scintillators is in contact with of upper surfaces of the multiple protrusions; a gap corresponding to a gap between the multiple protrusions is provided between portions of the needle crystal scintillators in contact with the upper surfaces of the multiple protrusions; and a number of the needle crystal scintillators in contact with one of the upper surfaces is 5 or less. Conventionally, since the needle crystals exhibit a state of a polycrystalline film in an early stage of vapor deposition, and light also spreads in a horizontal direction, the light received by a photodetector portion and the spatial resolution was lower than ideal values. The present invention enables the deviating region to be the ideal state in an early stage of growth.
    • 本发明提供一种辐射检测元件,包括:针状晶体闪烁体和突出图案,其中:针状晶体闪烁体的一端与多个突起的上表面接触; 在与多个突起的上表面接触的针状晶体闪烁体的部分之间设置与多个突起之间的间隙对应的间隙; 并且与上述一个表面接触的多个针状晶体闪烁体为5个以下。 通常,由于针状晶体在气相沉积的早期阶段呈现多晶膜的状态,并且光也在水平方向上扩散,所以由光电检测器部分接收的光和空间分辨率低于理想值。 本发明使得偏差区域在生长的早期阶段成为理想状态。