它采用光子计数技术的高精度、高稳定性的光信号检测方法。
It used high precision, high stability photo signal test by photon counting technology.
本文从概率论出发讨论了单光子计数技术中多光电子的损失及其修正。
Multiphotoelectron loss and its correction in single photon technique are discussed on the basis of probability theory.
方法：利用化学发光免疫检测这一新型的免疫分析方法，采用光子计数技术的高精度、高稳定性的光信号检测。
Methods The chemical immunofluorescent test was used in high-precision, high-stability photo-signal test by photon counting technology.
理论分析了光子计数探测技术和信噪比的改善，实验研究了改善信噪比的脉冲累计方法。
The photon counting detection technique and the improvement of the signal-to-noise ratio are analyzed theoretically.
理论分析了光子计数探测技术和信噪比的改善，实验研究了改善信噪比的脉冲累计方法。
The photon counting detection technique and the improvement of the signal-to-noise ratio are analyzed theoretically.
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