An adjustable arm and leveling tray align pyranometers for reliable, low-cost albedo measurements across uneven field surfaces.
Interference imaging and scattered-light measurements reveal multiple particle parameters.
This mobile bench uses an adjustable arm and leveling tray to align pyranometers for affordable field albedo measurements.
A rotary sample stage and rθ comparison coordinates help distinguish microstructure signals from defects at higher throughput.
iSCAT measures lipoprotein concentration directly in complex samples.
Multi-angle photodetection and scattering control improve flow-based cell analysis.
A pinhole mirror combines multiplexing and aperture functions to simplify dual-sensor optical measurement and alignment.
This metrology approach reconstructs phase and amplitude from scattered radiation to measure substrate structures across 200–2000 nm.
Multiple angled light sources and a fixed-view detector capture scattered images for faster, high-frequency surface inspection.
Optical imaging maps fresh-concrete bubbles during curing for quality control.
A rotary-stage inspection device uses position-based multistage attenuation to maintain laser energy density and detection sensitivity.
Reflectance, transmittance, and unscattered transmittance are combined to analyze milk constituents without homogenization.
A single specimen measurement combines DNA and RNA fluorescence with scattered light to classify abnormal cells without reagent changes.
A staged microfluidic workflow redirects samples to clean sensor spots, limiting contamination during optical pharmaceutical screening.
A rotating valve cavity separates bubbles and flushes optics, improving accuracy in flowing-liquid spectrum measurement.
A controller-driven cleaning blade removes cuvette debris automatically, reducing manual work and preserving turbidity measurement accuracy.