Nuclear Instruments and Methods in Physics Research A247 (1986) 141-145 141 North-Holland, Amsterdam A GENERAL SOFTWARE MODULE FOR CAMAC, EQUIPMENT AND COMPOSITE VARIABLE CONTROL A. DANEELS and P. SKAREK
Nuclear Instruments and Methods in Physics Research A247 (1986) 141-145 141 North-Holland, Amsterdam A GENERAL SOFTWARE MODULE FOR CAMAC, EQUIPMENT AND COMPOSITE VARIABLE CONTROL A. DANEELS and P. SKAREK
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发表时间：
2000
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通讯作者：
S. Luryi;A. Subashiev
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作者：
S. Luryi;A. Subashiev
具有高量子辐射效率的直接带隙半导体可以作为闪烁体工作，尽管其自身的发光是“不透明的”。带间吸收并不会终止发光，而只是产生一个新的少数载流子，后者又以辐射为主的方式重新结合。为了充分利用这种“光子再循环”效应，期望光接收器在半导体闪烁体晶片的两侧上的光学紧密集成。& 2011 Elsevier B.V.保留所有权利。
Direct-bandgap semiconductor with high quantum radiative efficiency can operate as a scintillator despite being ‘‘opaque’’ to its own luminescence. An interband absorption does not finish off the luminescence but merely creates a new minority carrier, which in turn recombines in a predominately radiative fashion. To take full advantage of this ‘‘photon recycling’’ effect, optically-tight integration of photoreceivers on both sides of the semiconductor scintillator wafer is desirable. & 2011 Elsevier B.V. All rights reserved.