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Improvement of the Stability of X-ray Emission by Thermal Excitation of a Pyroelectric Single Crystal

机译:用热电单晶热激发改善X射线排放的稳定性

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摘要

X-ray emission using pyroelectric crystals is intermittent, and has low intensity and stability. One of the factors for low stability is related to creeping discharge, due to the accumulation of surface electric charges that change in response to the temperature. The time dependence of the net amount of electric charge was investigated by changing the cycle period of the crystal temperature. The stability of the X-ray emission is demonstrated to be strongly dependent on the temperature cycle period.
机译:使用热电晶体的X射线发射是间歇性的,并且强度和稳定性低。由于表面电荷的累积变化对温度而变化的累积,低稳定性的因素之一与爬行放电有关。通过改变晶体温度的循环周期来研究净电荷量的时间依赖性。证明X射线发射的稳定性强烈依赖于温度循环周期。

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