A detachable tab lets thin bipolar plates be gripped, tracked, and tested without deforming the plate body or contaminating its surface.
A translating bogie unwinds metal strip coils with minimal contact, enabling inspection of both surfaces while limiting surface damage.
A translatable bogie and strip-end detaching element unwind metal coils with minimal contact, enabling inner and outer surface inspection.
Simultaneous eddy current sensing checks inner and outer formed tube ends faster, avoiding liquid-coupled testing and corrosion.
Multiple magnetic sensors and depth-specific reference data improve non-destructive rebar corrosion and position detection in concrete.
A matched eddy current probe inspects both walls of formed steel tube ends at once, improving defect detection while avoiding liquid testing.
Potential cycles oxidize organic deposits on ultramicroelectrodes, enabling accurate ion measurement despite mass transfer issues.
Two rows of gas-pressurized ionization chamber detector arrays measure plate strip thickness and crown using collimated X-ray sources.
An inspection detector coil excites eddy currents in spring-shaped members to evaluate surface properties via an AC bridge circuit.
Triaryl phosphine chemosensors replace complex instrumental techniques by using catalytic depropargylation to quantify copper at 4.5 nM.
Hollow particles with specific wall thickness and volume fraction tailor dielectric constant and CTE in syntactic foams without sacrificing strength.
Electrochemical probes identify alloys via impedance spectroscopy, replacing slow optical methods to boost sorting throughput.
Sampling gas and liquid at two thermodynamic states derives total composition without flow metering uncertainties.
A computational method groups candidate crystal structures using local order matrices and metal pair energies to estimate formation energy.
Induction heating oxidizes hot metal samples to SO2 gas, enabling rapid ultraviolet fluorescence analysis that prevents excessive desulfurization agent usage.