Here, we used a self-developed general purpose E-nose platform to analyze the chemical selection in calibration and measure the drift between different chemicals. The platform employs 41 gas sensors, including 37 distinct types of gas sensors and 4 environmentaldetection sensors to create a stable, automatic gas acquisition system.
Instructions:
Here, we used a self-developed purpose E-nose platform to analyze the chemical selection in calibration and measure the drift between different chemicals. The platform employs 41 gas sensors, including 37 distinct types of gas sensors and 4 environmentaldetection sensors to create a stable, automatic gas acquisition system.
Fengchun Tian, "Calibration chemicals selection for electronic noses based on Silhouette coefficient", IEEE Dataport,
October 7, 2022, doi:10.21227/kgv5-sk55
@data{kgv5-sk55-22,
doi =
{10.21227/kgv5-sk55},
url =
{https://dx.doi.org/10.21227/kgv5-sk55},
author =
{Fengchun Tian},
publisher = {IEEE Dataport},
title =
{Calibration chemicals selection for electronic noses based on Silhouette coefficient},
year =
{2022} }
TY - DATA
T1 -
Calibration chemicals selection for electronic noses based on Silhouette coefficient
AU -
Fengchun Tian
PY -
2022
PB - IEEE Dataport
UR -
10.21227/kgv5-sk55
ER -
Fengchun Tian
(2022).
Calibration chemicals selection for electronic noses based on Silhouette coefficient. IEEE Dataport.
https://dx.doi.org/10.21227/kgv5-sk55
Fengchun Tian
2022
Calibration chemicals selection for electronic noses based on Silhouette coefficient. Available at:
https://dx.doi.org/10.21227/kgv5-sk55
Fengchun Tian.(2022). "Calibration chemicals selection for electronic noses based on Silhouette coefficient." Web,
1.
Fengchun Tian.
Calibration chemicals selection for electronic noses based on Silhouette coefficient
[Internet]. IEEE Dataport;
2022. Available from:
https://dx.doi.org/10.21227/kgv5-sk55
Fengchun Tian, "Calibration chemicals selection for electronic noses based on Silhouette coefficient,",
doi: 10.21227/kgv5-sk55.
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