CEITEC BUT researchers used industrial CT to inspect a Bastion ballistic helmet, revealing its internal protective layers and confirming the absence of manufacturing defects without damaging it.

Discover how the iCAP PRO ICP-OES simplifies method development, maintains stability with high-matrix samples, and uses AI-powered SemiQuant for faster insight into unknown samples.

Learn how SEM-EDS and GC×GC-TOFMS were combined to analyze green gunshot residue, providing forensic laboratories with new tools for modern firearm discharge investigations.

RAFA 2026 offers five travel grants for PhD students and early-career researchers. Gain international visibility, present your work, compete for awards, and connect with leading food analysis experts.

Learn how post-acquisition workflows in ICP-OES and ICP-MS improve calibration evaluation, interference correction, QC review, and data reliability.

Wiley expands its IR and Raman spectral libraries with more than 2,000 new spectra, including AMNH minerals, boosting compound coverage and enabling faster, more confident analytical decisions.

Why sample preparation, metrology, and LA-ICP-MS are critical for reliable analytical data. Learn how to ensure traceability, avoid common pitfalls, and improve data quality.

CEITEC MUNI helps shape a global standard for intrinsically disordered protein research—flexible molecules crucial for understanding cancer and neurodegenerative diseases.

Registration and abstract submission are open for RAFA 2026 in Prague—join global experts in food analysis and present your research.

Learn how internal standards improve accuracy and precision in ICP-OES by correcting drift, matrix effects, and sample introduction variability for more reliable analytical results.