General Terms
This category collects the key terminology, abbreviations, and definitions used in X-ray Fluorescence (XRF) analysis.
Here you’ll find clear explanations of essential concepts: EDXRF vs WDXRF, LOD and LOQ, Fundamental Parameters (FP) and empirical calibration, matrix effects, Compton normalization, ROI, repeatability, reproducibility, PMI, in-situ vs ex-situ analysis, and more.
Perfect for:
- Beginners — to quickly understand XRF language
- Operators — to refresh knowledge before changing modes or software
- Managers & buyers — to correctly read specs and compare instruments
- Anyone who wants to interpret results accurately and avoid common mistakes
A concise reference to help when reading product descriptions, manuals, reports, or talking to suppliers.
Regularly updated with new terms as XRF technology evolves.
Great educational add-on when buying your first analyzer or expanding your equipment.
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XRF Analyzer: Accurate Element IdentificationEinzelheitenAccurate element identification forms the foundation of quality control, material verification, and compliance testing across industries. X-ray fluorescence (XRF) analyzers have become the gold standard for elemental analysis, combining laboratory-grade accuracy with field portability. Understanding how XRF technology achieves precise element identification helps organizations select the right analytical tools and optimize their testing programs for maximum reliability.
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XRF Analysis: Fast Material Composition ScannerEinzelheitenIn today's fast-paced industrial environment, waiting days or weeks for laboratory results is no longer acceptable. X-ray fluorescence (XRF) analysis has revolutionized material testing by delivering comprehensive elemental composition data in seconds, not hours. This powerful scanning technology combines speed, accuracy, and portability to provide instant answers wherever materials need to be tested—from production floors to remote mining sites.
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XRF Analysis: Precise Metal Composition TestingEinzelheitenX-ray fluorescence (XRF) analysis has revolutionized metal composition testing across industries, offering unprecedented speed and accuracy without damaging samples. From identifying alloy grades in manufacturing to verifying precious metal purity, XRF technology provides reliable elemental analysis that meets the strictest quality standards. This guide explores how XRF delivers precise metal testing and why it's become the industry standard.