Application Notes

-Recent workflow enhancements offer analytical efficiency and speed. -A new molecular spectroscopy method makes sensitive quantitation possible in minutes. -New UV-Vis technology allows simultaneous measurement of standards and unknown samples.

We examine the power of applied spectral knowledge to answer questions about protein concentrations that allow finding the most effective treatment for illnesses.

This application note presents a high throughput method for free and total sulfite analysis in wine using automated discrete analysis.

One of the most popular approaches to harvest triplet excitons in OLEDs shows how a spectrofluorometer is used to identify thermally activated delayed fluorescence.

Use of Single-Reaction Chamber (SRC) technology to simplify and optimize food and mixed-food microwave sample preparation for trace metal analysis using ICP-MS.

Raman spectroscopy for polymer applications using polystyrene production, high-impact polystyrene formation, and synthesis of polymer microgels.

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

This note demonstrates the ability of the TR-WPS to quickly identify and discriminate between materials or polymorphs, and to capture visual and spectral map data.

This technical paper describes how wavelength calibration impacts virtually every aspect of ICP performance, including sensitivity and susceptibility to interferences.

The patented D-Torch design uses high precision engineering to provide the benefits of lower running costs, chemical inertness and configurable injector geometry.

This application note demonstrates the uses of LIBS imaging to provide highly selective and sensitive means of gaining this information from lithium-bearing rocks.

What you'll learn: • XRF is utilized for the elemental analysis of solid geological samples. • Proper sample prep vital to ensure XRF results are accurate and reproducible.

This technical note introduces the theory of polarized Raman spectroscopy and highlights the type of sample information that can be obtained using this technique.

This application note demonstrates the analysis of thin films, by X-ray fluorescence (XRF) with the fundamental parameters (FP) method.

Renishaw’s RA802 Pharmaceutical Analyzer was used to detect small amounts of different polymorphic forms of an active pharmaceutical ingredient in a generic drug powder.

This application note compares the sensitivity of a single-reflection to multiple-reflection ATR for the nitrile functional group infrared transition.

The combination of FT-IR and Raman analyses of sophisticated packaging systems using laminates, is demonstrated.

A description of the Hg analysis of solid and liquid environmental matrices without sample preparation, using a single, matrix-independent calibration under EPA method 7473

A compact, MEMS-based, single-photodetector NIR device, the NanoQuest, is used to distinguish different types of textiles. Using a MEMS-based NIR device to identify materials Delivering spectral solutions for a safer and cleaner world

Glass Expansion designed and patented the D-Torch, a revolutionary, demountable torch. The D-Torch uses high-precision engineering to provide the benefits of a demountable torch, such as lower running costs, chemical inertness, and configurable injector geometry, without compromising usability, performance, or durability. In this report, we discuss the effects of harsh matrices on torches, as well as the features, benefits, and improvements in analysis achieved with the D-Torch.

Because of their corrosive properties, corrosive lipids are challenging to analyze by ATR-FT-IR. Repeated and prolonged analysis can damage many ATR crystals. Diamond ATR is a better choice for such applications than other ATR crystal materials like ZnSe and Ge. This application note examines a corrosive liquid as it becomes progressively more concentrated using diamond ATR.

Raman spectroscopy’s high analytical selectivity and insensitivity to water is well suited for process monitoring in biotechnology. Here we explore the fermentation of glucose, a common feedstock, with a commonly used microorganism, yeast. Applying multivariate tools, we can monitor the main reactants and products with high sensitivity: glucose, ethanol, and carbon dioxide.

The effect of annealing time on the charge carrier lifetime of three MAPI perovskite films is investigated using time-resolved photoluminescence spectroscopy.

Compressed tablet is the most common form of orally administered drug. The United States Pharmacopeia (USP) chapter <905> requires that dosage uniformity of such products containing less than 25 mg or less than 25% active pharmaceutical ingredients (API) by weight must be analyzed for content uniformity, which is based on the assay of each API in a number of individual dosage units.

The utility of the GladiATR diamond ATR, modified with an internal liquid light guide to illuminate the sample from underneath the ATR element, was explored to analyze the photo-polymerization of carbitol acrylate at 405 nm using 1 wt% TPO.

A compact, MEMS-based, single-photodetector NIR device, the NanoQuest, is used to distinguish different types of textiles.