Case Studies

Concise, practical reads on microXRF technology, elemental analysis, instrumentation, and applications across science and industry. Browse by topic to find what's relevant to your research or lab.

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Life Science

Laboratory MicroXRF Screens Archival Biological Tissue for Targeted Synchrotron Analysis

Explore how Atlas X microXRF screens archival FFPE lung tissue at 5 µm to identify silicon-rich regions before targeted synchrotron analysis.

False-color elemental map of silicon-rich regions in archival lung tissue
Life Science
Life Science

High-Resolution MicroXRF Maps Elemental Distributions in Alzheimer’s Brain Tissue

Explore how Atlas microXRF maps phosphorus, iron, and copper in histological sections of human brain tissue affected by Alzheimer’s disease.

MicroXRF copper (Cu) map of human brain tissue from an Alzheimer's case
Life Science
Materials Science

Mapping Chloride Penetration Through a Concrete Core with MicroXRF

Explore how microXRF maps chloride penetration through a concrete core while preserving the spatial context of aggregate, paste, cracks, and interfaces.

MicroXRF chlorine (Cl) and iron (Fe) overlay map of a concrete core cross-section, 20 mm scale
Materials Science
Materials Science

Mapping Sn, Ti, and Co Deposition Homogeneity Across a Semiconductor Wafer

Explore how microXRF maps tin, titanium, and cobalt deposition homogeneity across a three-inch combinatorial semiconductor wafer.

Iridescent semiconductor wafer
Materials Science
Energy

High-Resolution MicroXRF Maps Elemental Distributions Inside Lithium-Ion Batteries

Explore how Atlas Apex microXRF maps elemental distributions inside lithium-ion batteries at 5 µm, revealing internal structure, interfaces, and compositional variation.

False-color elemental map of lithium-ion battery electrode layers
Energy
Energy

Operando MicroXRF Reveals Electrolyte Salt Gradients in Lithium-Ion Batteries

Explore how laboratory microXRF monitors electrolyte salt concentration gradients inside a working lithium-ion battery during charge and discharge.

False-color map of an electrolyte salt gradient in a lithium-ion cell
Energy
Comparisons

MicroXRF Resolves Rhenium and Trace Contaminants in High-Performance Alloys

Explore how Atlas Apex microXRF resolves rhenium and trace iron and cobalt in high-performance alloys when tungsten overlap limits EDS.

False-color elemental map of alloy grain boundaries
Comparisons
Comparisons

Combining MicroXRF and SEM-EDS for Geological Analysis

Explore how Atlas Apex microXRF and SEM-EDS combine for geological analysis, using large-area elemental mapping to find the features that matter before moving to the SEM.

False-color elemental map of mineral zonation
Comparisons
Aerospace

Advancing Aerospace Materials Confidence with MicroXRF

Explore how Atlas Apex microXRF enables non-destructive elemental mapping for aerospace material verification, coating analysis, and quality assurance.

False-color elemental map of an aerospace coating cross-section
Aerospace

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MicroXRF elemental map of a semiconductor package showing solder bumps and copper traces