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How to stop carbon monoxide detector from chirping without battery? 

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It is shown that the carbon monoxide desportion spectrum can be used in the detection of a carbon coverage much below the detectability level of AES.
Increased public education, especially for minorities and lower income populations, is necessary regarding the use of carbon monoxide detectors for poisoning prevention.
The data show that carbon monoxide alone does not affect either auditory thresholds or compromise hair cells at the light microscopic level.
These sensors show good, repeatable and reversible response to carbon monoxide at room temperature.
Although hearing loss as a result of acute carbon monoxide exposure has previously been described, here we emphasize the need to consider chronic exposure to carbon monoxide as a potentially reversible cause of sensorineural hearing loss if diagnosed and treated early.
The cobalt oxide sensor has improved sensing performance in carbon monoxide (CO) detection at concentration as low as 10 ppm and a very short recovering time, due to the higher surface area.
Results demonstrate the capability of this sensor to detect carbon monoxide below the limits of toxicity.
Carbon monoxide does not seem to be the culprit.
The results of this work may be applicable to further development of carbon monoxide sensors for fire detection at its earlier stages.
The results of this work may be applicable for further development of carbon monoxide sensors for fire detection at its earlier stages.
The carbon monoxide sensing mechanism is attributed to electron donation to p-type boron doped diamond as a result of CO oxidation on its surface.
The sensor has the advantages of high sensitivity, strong selectivity, low cost, and simple structure and is suitable for sensitive detection of trace carbon monoxide gas.
The synthesized material proves to be good as a selective room temperature sensor for harmful and poisonous carbon-monoxide gas.
The first electrical measurements indicate remarkable behaviours of the as-obtained microsensors when exposed to traces of carbon monoxide.