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用脉冲激光及液体光声传感器研究了螺旋藻的光声谱及入射能量与光声信号之间的关系,并比较了正常状态与在 DCMU 存在下螺旋藻光声图谱的变化。
The relationship between the photoacoustic spectrum and the incident energy of the spirulina and the photoacoustic signal was studied by pulsed laser and liquid photoacoustic sensor, and the changes of the photoacoustic spectrum of the spirulina under normal conditions and in the presence of DCMU were compared.