同时使用硅胶干燥剂与动态循环顶空法相结合，可成功地将传感器工作环境的湿度控制在10%以下。
Combination of the dynamic headspace and gas drier, we get the humidity control system which can successfully control the sensor working environment humidity below 10%.
该系统能够实现对96路传感器信号的采集，并能够监测到工作环境的温度和湿度。
This system could collect sensors signal of 96 channels, and gathered signal of environment temperature and humidity.
因此，设计了专用的温度控制系统和湿度控制系统，用来稳定传感器工作环境的温度和湿度。
In order to stabilize the sensors'work situation and increase the measurement precision and stability, we designed a special temperature and humidity control system.
因此，设计了专用的温度控制系统和湿度控制系统，用来稳定传感器工作环境的温度和湿度。
In order to stabilize the sensors'work situation and increase the measurement precision and stability, we designed a special temperature and humidity control system.
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