二氧化碳传感器将调节新鲜空气，实现再循环。
Carbon dioxide sensors will regulate the recirculation of fresh air.
通风量由带二氧化碳传感器的机械通风和热回收装置提供。
This is compensated for by mechanical ventilation and heat recovery, together with carbon dioxide sensors.
本文介绍了一种具有不切光单光束结构的新型红外二氧化碳传感器。
A novel IR carbon dioxide sensor with a single non cut beam structure is presented in the paper.
基于非色散红外（NDIR）光谱分析原理，设计了一种非调制双波长二氧化碳传感器。
A non-dispersive infrared (NDIR) spectrum analysis was used to design a carbon dioxide sensor which is non-modulating and double-wavelength.
传感器的数据集将提供关于二氧化碳如何散发和吸收的信息，这对测量二氧化碳、甲烷等导致温室效应的气体很关键。
The sensor's data set will provide information on how carbon dioxide is emitted and absorbed, a key to measuring greenhouse gas.
这台机器人最有趣的地方在于传感器，它装备的红外感应器同时也是二氧化碳探测器，能够监测人体呼吸和体温状况。
But where it gets really interesting is in its sensors. The Quince has an infrared sensor as well as a carbon-dioxide sensor, which it USES to detect human breath and body warmth.
应尽量减少暴露在二氧化碳中，因为与氢氧化钾电解液的反应会对传感器产生损害。
Exposure to carbon dioxide should also be minimized to avoid damage to the sensor through reaction with the potassium hydroxide electrolyte.
选择仙人球组织作为生物催化材料，同二氧化碳电极组合，研制成了L-丙氨酸生物组织传感器。
A new biosensor for L-alanine was designed, using cactus tissue as biocatalytic material and potentiometric carbon dioxide gas sensing electrode as basic electrode.
选择仙人球组织作为生物催化材料，同二氧化碳电极组合，研制成了L-丙氨酸生物组织传感器。
A new biosensor for L-alanine was designed, using cactus tissue as biocatalytic material and potentiometric carbon dioxide gas sensing electrode as basic electrode.
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