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A gas chamber system was constructed to simultaneously measure the presence of acetylene and carbon monoxide gases, and the testing results clearly indicate the high sensitivity and fast response time of this sensor.
We infer from these results that the carbon monoxide method has several advantages over the 51Cr method: a) the short labeling time (about 1 min), b) rapidly decreasing background levels of carbon monoxide with FIO2 1.0, and c) repeatability at intervals of several hours.
These sensors show good, repeatable and reversible response to carbon monoxide at room temperature.
It is concluded that some brands of CO2 detector tubes can be used to measure indoor carbon dioxide concentration with sufficient precision and accuracy.
Carbon monoxide concentration from residential and commercial areas, are moderate and considered safe for those in the area.
Results demonstrate the capability of this sensor to detect carbon monoxide below the limits of toxicity.
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.
This article describes a new, inexpensive, portable analyzer for measuring expired-air carbon monoxide --the Bedfont EC50.
The authors conclude that fixed outdoor CO monitors are not, in general, providing useful estimates of carbon monoxide exposures of urban residents.
The opportunities for investigating the effects of long-continued exposure to low concentrations of carbon monoxide are unusaually favorable in
Increased public education, especially for minorities and lower income populations, is necessary regarding the use of carbon monoxide detectors for poisoning prevention.
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 non-invasive pulse CO-oximeter could be a major triage tool for identifying unsuspected carbon monoxide poisoning among patients with nonspecific symptoms.
The results are consistent with the growing body of evidence that carbon monoxide has a general rate-decreasing effect but no specific effect on measures of temporal discrimination.

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Oxygen optodes are indeed well-established methods in the industry, particularly for oceanographic observations. These optodes are extensively used on various autonomous platforms like Biogeochemical-Argo floats and gliders due to their robustness and reliability. They play a crucial role in assessing the marine carbon cycle and understanding the biological pump in the ocean. However, challenges such as slow time response and sensor drift necessitate post-correction methods to enhance data accuracy, especially in profiling applications. Recent advancements include the development of in-air calibration systems to address sensor drift and biofouling issues, ensuring reliable oxygen data collection from underway systems. Overall, oxygen optodes have become indispensable tools in oceanographic research, offering valuable insights into ocean biogeochemistry and carbon cycling.