It was experimentally demonstrated that the multiplexed signal of each sensor can be clearly demodulated.
在实验所得的干涉信号中，我们能够明显地区分各个传感器对应的干涉图。
According to the spectral feature of the signal generated by the multiplexed fiber Bragg grating (FBG) sensors, image spectrometry is proposed to demodulate multiplexed signal.
根据光纤光栅多传感器复用时信号的光谱特征，提出了采用成像光谱技术对复用信号进行解调的方案。
The principle of Hadamard transform multiplexed imaging, the encoding and decoding of signal and the quantitative method of single cells were investigated in detail.
对系统的成像原理、信号编码和解码方法及单细胞定量分析方法进行了讨论。
Experiment one pass, two pass and four pass master oscillator-power amplifier, realizing angularly multiplexed amplifer based on CCEPS which produce a decuple output power in small signal;
实现了基于CCEPS多角度放大单程，双程以及四程放大光路，在小信号时得到十倍以上的放大输出；
Experiment one pass, two pass and four pass master oscillator-power amplifier, realizing angularly multiplexed amplifer based on CCEPS which produce a decuple output power in small signal;
实现了基于CCEPS多角度放大单程，双程以及四程放大光路，在小信号时得到十倍以上的放大输出；
应用推荐