本文的研究结果对改善和提高双波段红外光可燃气体探测器的性能有参考价值。
This thesis's findings have some reference value for improving and enhancing the dual-band infrared light flammable gas detector's performance.
目前可燃气体探测器大多数采用的是催化燃烧原理。
At present, most of the flammable gas detectors are based on the catalytic combustion principle.
而红外光可燃气体探测器特别适用于对某一频带红外光具有较强吸收能力的碳氢化合物。
However, the infrared light flammable gas detector is very suitable for the hydrocarbon with stronger absorbing ability to some frequency band infrared light.
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