Analytical Chemistry
Surface-sensitive measurements distinguish a highly oxygenated copper structure from conventional copper oxides
| 2 min read
New research-grade material gives laboratories a physical benchmark for evaluating spectroscopy, sorting methods, and automated fiber classification
| 2 min read
The unified 2026 edition of the Wiley and NIST mass spectral libraries expands coverage to more than 1.2 million spectra to provide a comprehensive resource for unknown compound identification
| 3 min read
Trace analysis begins upstream of the instrument—map the purification steps that remove background noise from PFAS and VOC quantification
| 1 min read
How treating chemical purity as your first efficiency decision prevents the retests and rework that impurities cause later
| 1 min read
When evaluating SEM, TEM, AFM, XRD, Raman, or FTIR, the goal is to match the analytical need to a fit-for-purpose technique, then decide whether to own, share, outsource, or defer the workflow behind it
| 5+ min read
Powerful new instruments, accessories, and software drive the cutting edge of science
| 5+ min read
Discover how the updated NIST26 database enhances chemical identification by expanding reference spectra for thousands of additional compounds
| 2 min read
Shimadzu's acquisition of Plasmion GmbH puts a plug-and-play ambient ionization source at the heart of one of the world's leading MS platforms
| 5 min read
How swapping solvent extraction for headspace derivatization restores throughput and accuracy to in-service engine oil analysis
| 1 min read
Three case studies where thermal and infrared analysis identified and quantified degraded or undocumented polymers.
| 1 min read
Tracing an aqueous PFAS workflow under EPA 1633, from cartridge through detector
| 1 min read
New analytical chemistry strategies enable high-resolution detection of biomarkers to improve clinical laboratory diagnostic workflows
| 3 min read
