Joint turbidimetric and refractive index measurements determine solubility parameters, resolving accuracy gaps in light crude oils.
A hyperstable X-ray source illuminates a sample surface simultaneously while a two-dimensional detector array collects data from multiple points.
Dual compaction measurement system compares stationary roller and mobile handheld sensor data to determine correction values for calibration.
A conductive grease formulation with ionic and inorganic additives provides electrical conductivity while maintaining lubrication.
Continuous online monitoring prevents fuel cell poisoning by detecting sulfur concentrations through catalyst deactivation.
Segmented sensor probes with nested coils monitor industrial fluid health, enabling early leak detection in confined engine spaces.
A particle quantifier measures pressure drop across a filter to estimate solid concentration in fluids.
A detection device calculates impedance arcs on a Nyquist diagram to measure moisture content in oil.
Machine learning algorithms predict wax deposition risks in hydrocarbon compositions using advanced data analytics.
A processing unit establishes dynamic water content thresholds using dielectric measurements to detect lubrication grease degradation.
A sensor apparatus uses a spring-loaded locking plate to seal fluid passages during removal.
A computer-based method generates a decision tree using standardized gas concentration ratios to determine internal abnormalities in oil-filled electric apparatuses.
A rubber wear testing device uses a compression bonding mechanism to hold a block sample against a rotating body.
A capacitive sensor array with compositionally different layers detects lubricant oil properties through dielectric constant changes.
A sensor conditioning apparatus uses designer fluids to clean contamination and recalibrate downhole measurement sensors.
Polynomial relationships derive total base number from fresh and used oil element content to prevent corrosion.