Raman SERS Substrati

AU Nanorod Array Chips and Slides for Signal Enhancement

Surface Enhanced Raman Scattering (SERS) is a powerful technique for the detection, identification, quantification and structural studies of minute amounts of samples in materials research, surface science, medical diagnostics, biophysics etc. SERS greatly enhances the Raman signal from sample molecules adsorbed on noble-metal surfaces possessing nano scale roughness. Intensity enhancements of approx. 104 up to 106 can be obtained routinely on gold surfaces.

Specifications

•Active Surface: Au

•Active Area Chip Dimensions: 5mm x 7mm or 3mm x 4mm

•Plate, External Dimensions: 76mm x 26mm (glass slide)

•Recommended Excitation Wavelength: 633nm, 785nm (recommended), 830nm

Benefits

•Highly reproducible and ultrasensitive measurements with your Raman system

•Ultrasensitive detection and characterization of extremely low concentration of analytes

•Enhancement level sufficient for Raman single molecule detection

•Trace-level analysis and identification of organic and inorganic compounds and contaminants

•Analysis of analytes at low concentration in a liquid or liquid segmented microfluidic system