Raman/Scattering Spectroscopy TRIZ Cases
- Gold Nanoporous Anodic Aluminum Oxide Substrate for SERS Blood Phenylalanine Detection
A gold nanoporous anodic aluminum oxide substrate enables surface-enhanced Raman spectroscopy detection of blood phenylalanine.
- Slow Light Imaging Spectroscopy via Atomic Vapor Dispersion
Atomic vapor delays scattered light to enable high-resolution spatial imaging without a spectrometer.
- Multiplex CARS Microscope Signal Optimization
Optical measurement device adjusts power branching ratio and focal alignment to enhance signal-to-noise ratio in multiplex CARS microscopy.
- Multiplexed Brillouin Microscopy Epi-Detection
Multiplexed Brillouin microscopy systems enable simultaneous spectral analysis of multiple sample points using epi-detection geometry.
- Tethered Particle Motion Biosensor for Drift-Free In-Vivo Monitoring
A functionalized particle attached to a surface switches between bound and unbound states upon analyte binding, enabling precise detection through motion changes.
- Raman Signal Detection Using Timing Control to Reduce Fluorescence
Preliminary action captures Raman signals within a specific time window, eliminating background fluorescence interference and improving measurement precision.
- Transient Grating Optical Gating for Sub-Picosecond Luminescence
Replacing electronic gating with a transient grating eliminates timing jitter and removes expensive polarizers, enabling broadband ultrafast detection.