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An Experimental Method to Study the Structural Differences of Surface Barrier Detectors by Studying the Energy Distribution of Noise

机译:通过研究噪声的能量分布来研究表面障碍探测器结构差异的实验方法

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In this paper, we studied two surface barrier detectors, which are different in polarity and contacts. Where in the first detector, the negative pole is made of gold and the positive one is made of aluminum. While in the second detector, the situation is reversed. This study showed that the design of the first detector is better than the second one because it emitted less noise. This is because ionization potential of gold is smaller than that of aluminum.
机译:在本文中,我们研究了两个表面极性探测器,它们的极性和触点不同。在第一个探测器中,负极由金制成,正极由铝制成。在第二个检测器中时,情况相反。这项研究表明,第一个探测器的设计要优于第二个探测器,因为它发出的噪音更少。这是因为金的电离电势小于铝的电离电势。

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