Application Notes: Molecular

Quickly determine fat content in olive pomace using NIR spectroscopy—fast, chemical-free, and cost-effective analysis in seconds to optimize oil extraction efficiency.

Screen fenthion in olive oil with SERS after simple extraction—sensitive to better than the 1 ppm regulatory limit.

Verify edible oil identity in seconds with handheld Raman (Mira P) and PCA—fast, nondestructive identification testing with no sample preparation

Quickly determine olive oil quality parameters and detect adulteration using NIR spectroscopy—fast, chemical-free, and cost-saving analysis compared to traditional methods.

Tiny Wearable Raman Spectrometers for Direct and SERS Detections for the Real World!

HORIBA’s ParticleFinder™ with the XD 100 Disperser streamlines Raman mapping of carbon particles, enabling rapid size, shape, and chemical characterization in one workflow.

Spectral analysis is important for chemical reactions involving color changes. Fast reactions require ultra-fast measurements, such as with the UV-1900i Plus.

Raman spectroscopy enables both qualitative and quantitative analysis, shown here for solutes in solution and pharmaceutical mixtures, with linear calibration.

Time-Resolved FTIR studies of Adhesives and Paints

Routine Measurements of Adhesives Using ATR-FTIR Spectroscopy

Effects of Ionizable and Non-ionizable Excipients on Lyophilized RNA Formulations Using FTIR-ATR Technology

Optimizing the Analysis of Diesel Exhaust Fluid (DEF) by FT-IR Spectroscopy

Fatty Acid Methyl Ester (FAME) Biodiesel Analysis According to EN14078 Using the PerkinElmer Spectrum Two FTIR

Analysis of in-Service Greases with PerkinElmer Spectrum Two FTIR and Specac Pearl Liquid Transmission Accessory

Portable Quantitative Biodiesel Analysis Using the Spectrum Two FTIR as per ASTM D7371

Learn the basics of Raman library matching - transforming spectra into rapid, accurate identifications - and see how ENLIGHTEN™ makes it easy to start.

This study showcases PCRS as a powerful method for combining particle analysis and chemical ID, offering insight into drug performance across dosage forms.

A new era in diagnostics is here—revolutionizing early disease detection with fast, non-invasive analysis powered by cutting-edge spectral technology.

Raman spectroscopy tracks hydrogen blending in gas turbines accurately and reliably, outperforming mass spectrometry with 100% uptime and easy adaptation for new fuels.

Explore the use of Raman to monitor a simple bioprocess, fermentation of glucose with yeast, qualitatively and quantitatively.

Transmission gratings open up many new options for the optical designer. In this tech note, we explore the benefits of transmission gratings over other types.

This application note demonstrates the performance of a Milli-Q® ultrapure water system for the quality control of metals in food and water samples in regulated labs.

This application note demonstrates the performance of a Milli-Q® ultrapure water system for the quality control of metals in food and water samples in regulated labs.

Efficient charge extraction is crucial for high-efficiency solar cells. Electron and hole extraction layers optimize cell performance. PL spectroscopy, proportional to carrier number, is ideal for comparing extraction layer efficiency.

The pharmaceutical industry relies on Raman microscopy for product analysis and quality control. This technique is crucial for investigating a vast range of products, from life-saving medicines to everyday over-the-counter treatments.

Olive oil, especially extra virgin, is prized for its quality and purity. However, fraud and adulteration are significant concerns. UV-Vis spectrophotometry is a reliable technique for assessing olive oil quality by quantifying key compounds. An Edinburgh Instruments DS5 Spectrophotometer is used to evaluate olive oil quality and detect adulteration.

Photon upconversion converts low-energy photons to higher-energy photons. UCNPs, composed of rare-earth elements, can convert near-infrared light to visible or UV light. They have potential applications in solar energy and biomedicine. Understanding their luminescence properties is crucial for optimization. FS5 Spectrofluorometer was used for comprehensive upconversion characterization.