A multiple flow conduit flow meter uses a common driver to vibrate two independent flow conduits for simultaneous mass flow measurement.
A magnetic drive rotor uses buoyancy to rotate within a test chamber for blood coagulation monitoring.
A MEMS shear stress sensor measures friction between a rotating shaft and test specimen to determine drilling fluid lubricity.
A MEMS sensor chip measures fluid density and viscosity to determine volumetric flow rates without prior material knowledge.
Ellipsoidal booster fins stabilize orientation during free fall, resolving rotation-induced measurement errors in soft soil.
Integrating a tuning fork transducer onto a metal membrane reduces resonance system mass, improving density measurement accuracy.
Compliant mounting isolates the resonator from rigid frame interference, reducing energy leakage and damping errors during high-pressure fluid analysis.
Fixed reference capacitance on each row isolates individual node measurements, eliminating errors from non-zero input impedance and dynamic variable changes.
Sensor device measures electrical resistivity and viscosity changes in hydrocarbon fluids to determine fluid quality parameters.