Application Notes: General

In this "IR Spectral Interpretation" digital supplement, Spectroscopy brings together some of the most popular and impactful articles from our "IR Spectral Workshop" column. Curated by our column editor Brian Smith, who has guided the column since 2015, this special collection highlights the enduring relevance of infrared (IR) spectroscopy and its role as a cornerstone of modern analytical chemistry.

Discover how spectral urine analysis enables fast, non-invasive diagnostics using Hamamatsu Photonics spectrometers for Raman, FTIR, VIS/NIR, and fluorescence spectrometry.

Analyze battery materials with precision using particle size and shape analysis alongside Raman spectroscopy to reveal structure, composition, and performance insights.

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

Characterization and Analysis of PVDF Used as a Lithium-Ion Battery Binder

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.

Accurate biomonitoring is critical for occupational health, environmental exposure, and clinical research, but it requires instruments that can handle complex biological matrices, small sample volumes, and ultra-trace detection with high throughput

Raman microscopy and HORIBA’s Layers app reveal chemical and spatial data in multilayer films, supporting defect detection, adhesion checks, and reverse engineering.

Easily measure mercury in fish with no digestion. DMA-80 evo reduces cost, waste, and hands-on time while delivering EPA 7473 compliant results.

Learn how to apply a ‘Total Workflow’ approach to sample preparation for elemental analysis. Leading to increased lab productivity, better data quality, lower costs, and improved safety.

Raman microscopy supports polymer research by characterizing raw materials, monitoring polymerization, analyzing crystallization, and ensuring quality and traceability.

ICP-MS offers ultra-sensitive metal impurities analyses in LiBs cathodes, with the NexION® 1100 ICP-MS helping meet stricter quality standards for better battery performance.

Additives are often utilized to enhance Li-ion battery performance. The Avio® 550 Max ICP-OES provides a suitable test method for additives to Li-ion battery cathodes.

SiBs are a safer, cheaper, greener alternative to LiBs. PerkinElmer's Avio® 550 Max ICP-OES ensures precise, efficient analysis of SiBs cathode materials.

Advanced laboratory solutions enable the development of safer, lighter solid-state batteries, driving EV innovation and supporting the renewable energy shift.

This white paper discusses the key trends, challenges, and potential of emerging battery technologies like solid-state, Li-ion, Na-ion, and recycling advancements.

Solid electrolytes boost Li-ion battery safety and performance. PerkinElmer's Avio® 220 Max ICP-OES ensures precise impurity control below 0.1% for optimal results.