Analyzing the electric resistance shape of a gas sensor rejects air interference, improving measurement accuracy.
A mesh-patterned cyclic olefin copolymer film with conductive traces detects fuel by monitoring resistivity changes as the polymer dissolves.
A gas sensor system uses varying electrode spacings to measure contact and semiconducting resistance changes for precise gas detection.
A wearable odor detection system uses a learned model to identify gas types from electrical signals.
An impedance sensor in a printhead firing chamber measures fluid properties to detect drive bubble formation and adjust firing energy levels.
Segmented nanofiber chemical sensors monitor distinct electrical signatures to differentiate combustion events from nuisance triggers.
A measurement apparatus uses a spring-loaded probe mechanism to maintain consistent contact pressure on aircraft surfaces.
Conductive polyaniline nanofibers doped with sulfonated cellulose form a stable sensing layer.
A dual-sensor gas detection apparatus uses distinct sensitivity profiles to estimate concentrations of hydrogen sulfide and methyl mercaptan.