Applications

The OPIS 35™ laser accessory is a companion to the Hyperflux™ PRO Plus (HFPP) Raman Spectrometer.

This experiment demonstrates that chemometric modes can be easily transferred between the HyperFlux™ PRO Plus and the Process Guardian™ Raman spectrometers without extraordinary data manipulation.

Protecting consumer safety with Misa SERS analyser.

Identification of acids through a plastic squeeze container.

Handheld Raman system is capable of material identification in complex environments.

Mira spectrometers equipped with ORS capture a large interrogation area in a very short time, analysing all of the ingredients in a single scan.

CVD-grown MoS2 flakes are analysed using Raman and PL imaging with a Raman microscope.

Enhancement of SERS features by electrochemical activation in non-aqueous media.

A good portable Raman spectrometer bridges the gap in performance, capability and size between handheld and benchtop Raman spectroscopy.

Two chemical analyses from one tablet using Raman to identify the major component and SERS for the minor component.

Commercial SERS substrates are readily available, making SERS an accessible technique for low-concentration detection. In this application note, residual phosmet insecticide on apple skin is detected using SERS.

Surface-enhanced resonance Raman scattering is a technique that offers unparalleled sensitivity and specificity in non-destructive spectroscopic detection. It is a combination of surface-enhanced Raman scattering and resonance Raman spectroscopy.

The work shown in this paper suggests that Raman based spectrometers enabled by the High-Throughput Virtual Slit can be useful for in situ real time verification of the inclusion complex formation.

This application note describes detection of trace amounts of potassium ferrocyanate in table salt.

This application note describes the use of the Metrohm Instant SERS Analyzer to provide quick, easy and robust detection of melamine in a complex food matrix.

This application note compares intelligent spectra eXTRaction Raman technology with conventional 785 nm and 1064 nm Raman devices for the analysis of chemicals that are difficult to measure due to their known fluorescent properties.

A hybrid system using holography and Raman spectroscopy offers promise for monitoring microplastics at depths where sea life outnumbers the plastics.

Raman spectroscopy is being used to distinguish between pure varieties and mixtures, and even identify the specific grape varietal.

Raman and XRF microscopies are used to study meteorites.

Fluorescence spectroscopy, Raman microscopy and particle size distribution analysis are used to characterise sunscreens.