The devices used are beam splitters and ideal photon detectors capable of distinguishing between odd and even photon numbers.
该方案所使用的器件包括分束器和可以区分奇偶光子数的理想光子探测器。
Two-way light signals were transmitted, collected and converted by using lens, beam splitters, narrowband filters and photo-detectors.
通过透镜、二向分光镜、窄带滤光片、光电转换器件实现了两路光信号的传输采集和转换。
We present a quantum key distribution system based on two polarization beam splitters, by means of which the phase modulator's polarization dependence is cancelled out.
提出了利用两个偏振分束器的量子密钥分发系统，有效地解决了相位调制器的偏振依赖性问题。
Optical CC-banyan network has been implemented by using polarizing beam splitters and 1-d phase spatial light modulators, and the routing control between any input-output pair is given.
利用偏振分光棱镜及一维位相型空间光调制器，作者成功地实现了光学CC榕树网络，并给出了任意输入输出对间的连接控制方式。
Optical CC-banyan network has been implemented by using polarizing beam splitters and 1-d phase spatial light modulators, and the routing control between any input-output pair is given.
利用偏振分光棱镜及一维位相型空间光调制器，作者成功地实现了光学CC榕树网络，并给出了任意输入输出对间的连接控制方式。
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