Wicking reservoir coatings prevent electrode drying and maintain ionic conductivity in miniature electrochemical sensors.
A porous reference gas introduction layer divided by a partition maintains constant oxygen concentration around the reference electrode.
Epoxide-based chloride selective membranes resist heparin interference by forming quaternary ammonium groups via stoichiometric amino reactions.
A laminated gas sensor uses a zirconia leakage portion to electrically connect pump and detection cells.
High-transition glass coats cover sensor sides to block soot and leak currents, avoiding pinholes from alumina paste applications.
A portable electrochemical cell with a copper oxide electrode enables batch injection analysis for monoethylene glycol quantification.
A NOx sensor controller switches between basic and protected execution modes to maintain measurement accuracy.
Sodium fluoride doping transforms potassium electrolyte samples into known crystalline phases for precise quantitative X-ray diffraction analysis.
Dynamic heater duty ratio control reduces thermal stress cracking from exothermic reactions while preserving measurement precision.
A gas sensor with a membrane electrode assembly detects refrigerant contaminants using noble metal nanoparticles.
A self-powered potentiostatic circuit uses sensor-generated current to drive control electronics.
A gas sensor uses a shared common electrode for NOx and ammonia sensing to simplify the internal structure.
Calibrates mixed-potential gas sensor sensitivity using non-destructive resistance measurements to track electrode gold distribution changes.
A reference electrode and controlled ion solution stabilize the sensing area potential.
A wood-derived ionic conductive cellulose-Cu(II) film enables portable detection of N-methylphenethylamine through ion-analyte interactions.
A gas sensor inner pump electrode features a planar shape with a large front end and small rear end to pump oxygen efficiently.
A solid-state reference electrode uses a polymeric composition to provide stable reference potential while eliminating liquid electrolyte leakage.
A biosensing chip integrates nanogold and nickel hexacyanoferrate with ethanol dehydrogenase for rapid electrochemical detection.
An electrochemical cell uses membrane electrolysis to acidify samples and deposit particulate analytes on an electrode.
Insulation bank portions separate test electrodes in recessed areas, eliminating transverse interference electric fields that degrade detection accuracy.