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SCINTILLATION OF GARNET TYPE SCINTILLATOR AND CO-DOPING METHOD FOR MODIFYING OPTICAL CHARACTERISTICS

机译:石榴石型闪烁器的闪烁和修正光学特性的共掺杂方法

摘要

To provide an additional scintillator material which has an increased light yield, increased energy resolution, increased proportionality, reduced light sensitivity, temperature dependence, a long decay time, a short decay time, and/or a shorter startup time.SOLUTION: A scintillator (for example, GdGaAlOor GdGaAlOor other rare earth elements, gallium, aluminum, and garnet) are co-doped with different ions so as to modify a scintillation light yield, a decay time, a startup time, energy resolution, proportionality and/or sensitivity to exposure. Further, there is provided a method for detecting gamma rays, X rays, cosmic rays, and particles having energy of 1 keV or larger using the co-doped garnet type scintillator itself, a radiation detector including the co-doped garnet type scintillator and its relative device, or the radiation detector.SELECTED DRAWING: Figure 1
机译:为了提供附加的闪烁体材料,该材料具有更高的光产量,更高的能量分辨率,更高的比例性,更低的光敏性,温度依赖性,较长的衰减时间,较短的衰减时间和/或较短的启动时间。例如,将GdGaAlO或GdGaAlO或其他稀土元素(镓,铝和石榴石)共掺入不同的离子,以改变闪烁光的产量,衰减时间,启动时间,能量分辨率,比例和/或对接触。此外,提供了一种使用共掺杂石榴石型闪烁体自身检测γ射线,X射线,宇宙线和能量为1keV以上的粒子的方法,包括该共掺杂石榴石型闪烁体的放射线检测器及其方法。相关设备或辐射探测器。选图:图1

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