Application Notes

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

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

Acid purification systems provide a continuous supply of high-purity acid for metals analysis. We present user data for both semiconductor and geochemical applications.

Multiple reflection attenuated total reflection FT-IR accessory allows for protein analysis of strongly IR-absorbing samples, such as aqueous solutions.

This application note demonstrates the CEM MARS 6 for microwave digestion of mixed cannabis and hemp containing products in a single run and elemental analysis of these products.

Raman tissue imaging is a unique method that can simultaneously describe the molecular composition and the distribution of multiple chemical species in tissues at a high spatial resolution, without labelling.

DMLS (Direct Metal Laser Sintering) is an industrial metal 3D printing method that fuses layers of fine metal powder particles, creating a metal part layer by layer. This report describes the analysis of alloy powders used for 3D printing.

This application note describes Application of High-Resolution Continuum Source Flame AAS for determination of macro-, microand ultra-micro element contents using only one dilution factor in a single measurement run.

This app note demonstrates the use of transmission Raman for the quantification of Warfarin in whole intact pharmaceutical tablets at 0.5% w/w with 20 s measurement time

Accurate diffuse reflection spectra are obtained with an integrating sphere and compared to spectra obtained using two types of mid-infrared reflection accessories.

The IRIS monolithic diamond ATR accessory was used to investigate pure cellulose and cellulose propionate, using spectral band analysis distinguish each sample.

A dilute 2.5mM hexane in CCl4 solution was investigated with a 20-reflection ATR accessory, showing a 38x improvement in collection time over 1-reflection ATR.

An automated ATR accessory was used to detect methanol in ethanol. The spectral bands of methanol and ethanol were evaluated for varying methanol concentrations.

Chemically characterize lithium-ion batteries with Renishaw’s inVia Raman microscope.

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

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

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

Raman tissue imaging is a unique method that can simultaneously describe the molecular composition and the distribution of multiple chemical species in tissues at a high spatial resolution, without labelling.

• Analytical techniques for microplastics analysis • FTIR versus laser direct infrared imaging for microplastics analysis

High-resolution measurements of particles are of great interest in many fields of application. With ParticleScout, WITec has developed a tool that makes it possible to find, classify, and identify particles automatically.

In 1970, marijuana was designated a Schedule 1 drug, under the Controlled Substances Act, making it nearly impossible for laboratories to perform cannabis research. However, medicinal use of cannabis is now legal in Canada and 33 U.S. states.

Tribology-the study of friction, wear, and lubrication-is important in mechanical, electromechanical, and biological systems. Changes in materials due to abrasion, friction, lubrication, erosion, and corrosion result in failures of the moving components during use. These effects are usually minimized by careful surface finish design and lubrication. Recycling and refinishing surfaces can extend the lifetimes of components. By examining worn surfaces, better methods can be developed to prevent wear. This applications note uses infrared spectroscopy to study tribology changes in steel.

Moxi™ X-ray source is calibrated to within ±250 V over all settings between 5 to 50 kV. This impressive accuracy and precision is achieved spectroscopically, by measuring an X-ray spectrum's bremsstrahlung edge and storing correction high voltage offset information on each source.