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Particularly, the chemically grafted PVK-g-MWCNTs sensor exhibited faster response and preferable recoverability compared with physically mixed sensor.
Results are presented on a mixed sensor, where a superconducting loop acts as a flux-to-field transformer to the GMR sensor.
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Analyses of linearly mixed sensor-specific spectra reveal that the hyperspectral and narrowband multispectral sensors have the ability to discriminate between coral and algae across many levels of mixing, while the broadband multispectral sensors do not.
Among various NOx sensors developments, mixed potential sensor based on Yttria Stabilized Zirconia (YSZ) with a simple planar architecture Au/YSZ/Pt is of practical interest.
The mixed-sensor feedback controller uses a combination of relative position feedback and absolute acceleration feedback.
These sensors possess a unique mixed potential sensor design.
We report on the application of a three electrode La0.8Sr0.2CrO3, Au0.5Pd0.5, Pt mixed potential sensor using yttria-stabilized-zirconia (YSZ) as a solid electrolyte to NOx/NH3 sensing.
Giang et al. [7] reported that the mixed potential sensor based on Pt/YSZ/SmFeO3 had very high sensitivity to NO2 at the operating temperature from 300 to 500 °C.
Mixed potential sensors that utilize Ce0.8Gd0.2O1.9 electrolytes and patterned dense 1-μm thick LaMnO3 thin films were studied at 600 °C and 1%O2.
The potential of this mixed-architecture sensor is illustrated in a model biosensing experiment in which the detection of monoclonal anti-dinitrophenyl antibody (a-DNP) is compensated for non-specific adsorption and background refractive index interferences.
This unique LANL (Los Alamos National Laboratory) design results in improved sensitivity, selectivity and response time over conventional mixed potential sensors incorporating a stable three-phase interface using a porous electrolyte coated over a dense electrode.
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