Application Notes: General

The Niagara Rapid Rinse is the simplest, lowest-cost method of improving throughput for ICP-MS applications. Time saved is typically 30%.

In this white paper we look at reverse engineering existing drug products using Raman imaging.

Raman imaging is a powerful research tool for understanding the molecular composition, structure and distribution of different chemical species.

Metallic nanoparticle analysis of semiconductor process materials to avoid contamination during fabrication with use of the Agilent 8900 ICP-QQQ

This note looks at incidences of polymorphism in drug development including advantages and challenges.

This application note describes how to acquire Reproducible and reliable determination of total organic carbon (TOC) content in drinking water providing a high inorganic-carbon matrix.

This application note explores the analysis of legal cannabidiol using FTIR transmission spectroscopy.

Can SERS outshine fluorescence as the technique of choice for biosensors? Explore a promising new sensor design for pH, and the impact of hydrogel matrix on performance.

The Niagara Rapid Rinse is the simplest, lowest-cost method of improving throughput for ICP-MS applications. Time saved with the Niagara is typically 30%, with little to no changes to the current method settings and no degradation in performance.

We describe how a manufacturer of antimicrobial-impregnated catheters has traded HPLC for reflectance spectroscopy to streamline its quality control processes.

Spectroscopically identical x-ray sources allow OEMs to use a standard calibration and allows direct switching of x-ray sources in instruments without additional effort.

• Principles of vibrational spectroscopy • Applications of infrared microscopy, IR imaging and Raman imaging • Infrared versus Raman spectroscopy

This overview of advanced microparticle analysis shows how particles can be found, classified and then identified automatically using confocal Raman microscopy.

Addressing the challenge of heavy metals testing in cannabis How to identify nebulizer issues Improved washout with a cyclonic spray chamber

• What are nanoparticles? • spICP-MS for improved nanoparticle characterization and analysis.

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Libraries of pre-computed ATR-FTIR mixture spectra and conventional ATR-FTIR polymer spectra were used to rapidly identify three major components from an ATR-FTIR spectrum of a sample labeled “EVA”.

An accessory to an ICP optical or mass spectrometer is described which speeds sample analysis and reduces carryover. This streamlined switching valve accessory is easy to install and uninstall, requires minimal training, and has a dramatically lower price point

Characterizing Raman spectra of modified celluloses in pharmaceuticals, food, and materials industries. Raman spectra are compared and analyzed to determine spectroscopic features that can be useful in determination of physical and chemical properties.

Excitation-emission spectroscopy provides information of multiple sites in luminescent materials. As a wavelength selective technique, however, it may lead to prolonged acquisition times when high resolution is required. In this application note we demonstrate how this can be done faster, whilst maintaining high resolution.

Single reaction chamber (SRC) technology enables the digestion of up to 22 different inorganic sample types simultaneously at temperatures as high as 300oC, greatly expanding the capability of a broad range of difficult materials.

Raman micro-spectroscopy is a powerful tool to identify the chemical nature of organic and inorganic materials with spatially down to about 1 μm chemical images show the distribution of individual components within heterogeneous materials.