Diagonal sample movement eliminates pauses between fields of view, reducing total imaging time for large 3D specimens.
A plasmonic chip with controlled nano-intervals excites localized surface plasmon resonance to enhance electric field intensity at specific hot spots.
Dynamic brightness adjustment prevents spectrometer overdriving while feedback-based spectral comparison eliminates unnecessary recalibrations.
A surface-enhanced Raman biosensor system collects spatially offset spectra from implanted nanobiosensors to quantify analyte concentrations.
Sequential fluorescence measurements separate photobleaching interference from true degradation signals, enabling accurate resin assessment.
Composite bioprobe merges noble metal and magnetic semiconductor components to boost detection sensitivity while simplifying manufacturing complexity.
A SERS substrate with a thick metal body and nanoparticle layer withstands high laser powers to prevent heat damage.