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

Using MicroXRF for the Analysis of Polymers to Identify Foreign Material: Ensuring Quality and Reliability

The intrinsic properties of polymers, which make them a linchpin in countless applications, can be compromised by the invasion of foreign materials.

Materials Science
Materials Science

Guarding the Integrity of Flavor: A Micro-XRF Analysis of Corrosion in 316L Stainless Steel within the Food and Beverage Industry

In our previous article, “ Is Micro-XRF Technology the Missing Link in Standard Metallurgical and Failure Analysis of Ferrous-Based Components?” we explored the transformative potential of microXRF technology in enhancing the analysis of ferrous materials.

Materials Science
Company News

Employee Spotlight: Ben Ruchte, Applications Manager

At IXRF Systems, our culture is powered by our people. Today, we shine a light on Ben, a true asset to our team, whose passion, skills, and unwavering commitments consistently impact our company’s journey.

Company News
Life Science

Analyzing Sage Brush Using MicroXRF: A Deep Dive into Botanical Research

At IXRF Systems, we are committed to making a difference in scientific research and industrial processes. The role of X-ray fluorescence (XRF) technology cannot be understated when it comes to material analysis, including the study of plant species like Sage Brush ( Artemisia tridentata).

Life Science
Life Science

Chemical Changes in Fall Leaves and the Role of MicroXRF in Analysis

As the hues of trees transition from green to gold, crimson, and tangerine during the fall season, a symphony of chemical changes occurs within their leaves. This natural spectacle, celebrated in poems and paintings, results from intricate physiological and chemical processes.

Life Science
Materials Science

The Importance of Rubber Tire Criminal Forensic Analysis and the Role of microXRF

Tire marks, skid marks, and tire fragments often serve as critical pieces of evidence in criminal investigations, especially those involving vehicular incidents.

Materials Science
Life Science

The Secret Stories Your Hair Can Tell: Unraveling Mysteries through Forensic Analysis

Imagine a poolside scene: sparkling water, laughter, and the distinctive scent of chlorine in the air. It’s not just a refreshing dip; it’s also a rendezvous of science. Chlorine, a powerful chemical, has a peculiar relationship with human hair.

Life Science
Materials Science

Boosting Integrated Circuit Quality: How High Spatial Resolution MicroXRF Revolutionizes Packaging

When incorporating IXRF System’s Atlas microXRF with its high spatial resolution and spot size as small as 5 microns, the advantages of using microXRF for quality control in Quad Flat Packages (QFPs) become even more apparent:

Materials Science
Materials Science

Is MicroXRF Technology the Missing Link in Standard Metallurgical and Failure Analysis of Ferrous-Based Components?

The pursuit of precision and the quest for deeper insights have been constants in ferrous-based components’ metallurgy and failure analysis. Traditional methods have served admirably, but in this age of advanced technology, is there a crucial element missing in the standard toolkit?

Materials Science
Geology & Critical Minerals

Unearthing the Past: Advancing Fossil Analysis through High Spatial Resolution MicroXRF Technology

Paleontology has always been at the forefront of answering questions about Earth’s biological history. However, the analytical techniques used to examine fossils have changed dramatically over the years.

Geology & Critical Minerals
Geology & Critical Minerals

MicroXRF Analysis of Cave Speleothem: Diving Deep into Earth’s Archives

Earth preserves its history in various natural archives, as discussed in previous articles, Decoding Earth’s History – A Closer Look at Tree Rings Using MicroXRF. Among the most fascinating are cave speleothems, mineral deposits left behind by dripping water in caves.

Geology & Critical Minerals
Materials Science

Forensic Analysis Reinvented: Unlocking Justice with MicroXRF

In the pursuit of justice, forensic analysis emerges as an indispensable tool. Combining science and technology, this multidisciplinary approach uncovers crucial evidence that underpins the justice system.

Materials Science

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