Articles from IXRF

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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Materials Science

Advancing Cultural Heritage Studies with Large-Chamber microXRF – Compositional Analysis of Historic Pigments

At IXRF Systems, we take pride in advancing the understanding of historic and prehistoric artifacts through innovative technologies.

Materials Science
Materials Science

Uncovering the Layers of Urban Art – Bridging Science and Culture with MicroXRF

With its vibrant murals and intricate compositions, urban street art serves as a canvas for evolving social and cultural narratives. These artworks layer stories and materials over time and are found in locations like Graffiti Alley in Ghent and the Galeria de Arte Urbana in Lisbon.

Materials Science
Geology & Critical Minerals

Analysis of Complex Petrological Thin Sections – A MicroXRF Case Study on Ledmore Quarry Samples

In northwest Scotland, the Ledmore Quarry offers a unique geological setting where an alkali syenite intrusion transformed surrounding limestone into marble, resulting in rare mineral assemblages like brucite marble, Ledmoreite, and a distinct metasomatized marble-syenite interface.

Geology & Critical Minerals
Energy

Advancing Fischer-Tropsch Catalyst Research with MicroXRF – Enhancing Catalyst Performance and Sustainability

At IXRF Systems, we are proud to contribute to cutting-edge research that supports sustainable energy and industrial innovation.

Energy
Life Science

Transforming Agriculture Research with MicroXRF

Understanding the intricate interactions between plants, soils, and nutrients is vital to sustainable crop production and effective agricultural environmental management.

Life Science
Geology & Critical Minerals

Enhancing Geological Thin Section Analysis with MicroXRF – A Modern Approach to Petrology

Geological thin sections provide a unique glimpse into Earth’s past, revealing critical details about the planet’s structure, composition, and history.

Geology & Critical Minerals
Materials Science

Discovering the Future of Steel Analysis with Veritas MacroXRF

Staying ahead of industry challenges requires innovative solutions in the dynamic world of steel manufacturing. Enter Veritas, IXRF Systems’ groundbreaking advancement in MacroXRF technology.

Materials Science
Comparisons

Case Study – The Advantages of MicroXRF Over EDS for Metallurgical Analysis

Selecting the proper analytical technique is crucial in materials characterization, particularly in metallurgical and alloy applications.

Comparisons
Geology & Critical Minerals

Case Study – Revolutionizing Gemstone Analysis with the Veritas MacroXRF

In the competitive world of gemology, accuracy, and speed are essential for determining the origin and authenticity of gemstones. For gemstone laboratories, these factors directly affect their reputation, client trust, and ability to meet the market’s growing demands.

Geology & Critical Minerals
Product

Choosing the Right Anode Material for Your XRF Tube

When it comes to X-ray fluorescence (XRF) analysis, one of the most critical decisions you’ll make is selecting the suitable anode material for your XRF tube.

Product
Company News

May Employee Spotlight

Introducing Al Trujillo, Field Service Technician at IXRF Systems! Al is a master at seamlessly blending customer support with hands-on production involvement. From addressing service calls to overseeing product…

Company News
Geology & Critical Minerals

Exploring the Depths of Garnet Schist with MicroXRF Spectroscopy

Garnet schist is a type of metamorphic rock characterized by the presence of garnet minerals embedded in a schistose matrix. This rock is typically formed under high pressure and moderate temperature conditions, commonly in regions with a history of geological activity.

Geology & Critical Minerals

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