Dataset for "Characterization of inexpensive MOx sensor performance for trace methane detection"
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2021-07-21
2021-07-31
2021-07-31
Date completed
2022-03-03
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Title
Dataset for "Characterization of inexpensive MOx sensor performance for trace methane detection"
Published Date
2022-03-23
Author Contact
Li, Jiayu
lijiayu@umn.edu
lijiayu@umn.edu
Type
Dataset
Experimental Data
Experimental Data
Abstract
Laboratory calibration data for three replicates each of five types of inexpensive methane sensors in support of a study characterizing sensor suitability for atmospheric monitoring, with particular attention to sensitivity to humidity and temperature. Sensor performance from ambient levels to 10ppm was characterized with decaying methane pulses at five different temperatures. Methane, water vapor levels, and temperature were monitored with reference instruments.
Description
A csv file with methane, temperature and humidity measurements, and the responses of fifteen inexpensive MOx sensors.
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This work was funded by the US Department of Energy through the University Coalition for Fossil Energy Research (Grant S000663-USDOE).
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Previously Published Citation
Suggested citation
Furuta, Daniel; Sayahi, Tofigh; Li, Jinsheng; Wilson, Bruce; Presto, Albert; Li, Jiayu. (2022). Dataset for "Characterization of inexpensive MOx sensor performance for trace methane detection". Retrieved from the University Digital Conservancy, https://doi.org/10.13020/13xf-nw93.
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