The results showed that the universal probe could detect all the phytoplasmas used, while no signal was detected for bacteria.
结果表明，用广谱探针可检测到所有植原体产生荧光信号，而细菌不产生荧光信号。
The states of Viterbi decoding were reduced through the state combination. The signal was detected combined with the decision feedback.
在序列检测阶段通过状态融合减少维特比译码的状态数，然后结合判决反馈进行检测。
Finally after more than a month, a signal was detected coming from the original radio source on Ganymede and incredibly it was in Morse Code.
最后经过一个月多，信号检测来自木卫三的原始来源电台和令人难以置信的是它的代码在莫尔斯。
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