A color and luminance measuring device uses a filter unit to control incident light.
Plasma spectroscopy analysis method adds a bonding agent to specimens collected after meso-2,3-dimercaptosuccinic acid administration.
Calibrate optical emission spectrometry using charged-particle microscopy correction factors for steel inclusion analysis.
Separate reagent loading regions enable real-time collision visualization, resolving reaction kinetics beyond traditional gel dead time limitations.
A transient absorption spectrometer uses pulse current excitation to generate non-luminous excited states in samples for optical detection.
Periodic voltage cycling manages air bubble growth to improve plasma light emission reproducibility.
Alkyl diethanolamines replace tripropylamine to eliminate volatility and pH sensitivity, ensuring consistent assay performance.
An auxiliary layer between the metal gate electrode and organic photoresist ensures uniform film formation.
A microwave sensor induces exothermic reactions in gas mixtures, measured by optical detection.
A manganese-doped zinc sulfide nanocrystal layer converts electrical signals into light to visualize biological specimens.
A method determines HF concentration in buffered hydrofluoric acid by measuring etched silicon and ammonium fluoride levels.
An electron beam stress measuring device replaces optical lasers with focused beams under 100 nm to resolve nano-level stress concentrations.
A hollow enclosure purges atmospheric gases from a solution cathode glow discharge plasma to reduce molecular background emission.
A homogeneous assay device uses a surface amplification layer to enhance optical signals from bound labels for rapid detection.