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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Geology & Critical Minerals

Unveiling the Cosmic Story: High Spatial Resolution MicroXRF Analysis of Meteorites

In the quest to unravel the mysteries of our solar system and beyond, meteorites serve as tangible records of cosmic phenomena.

Geology & Critical Minerals
Geology & Critical Minerals

Monitoring Mine Waste with MicroXRF: A New Frontier in Environmental Protection

Mining has long been the backbone of industrialization, providing the world with essential resources. However, the byproducts of mining operations, often referred to as mine waste, can be a source of significant environmental concern.

Geology & Critical Minerals
Geology & Critical Minerals

Refining Fossil Analysis at Mazon Creek with MicroXRF: Focus on Sea Cucumbers

Paleontology, the scientific study of life’s history through fossils, benefits significantly from technological advancements, and Micro X-ray Fluorescence (µXRF) spectrometry is one such innovation enhancing fossil research.

Geology & Critical Minerals
Life Science

The Multifaceted Role of Water Fleas in Scientific Research and the Impact of High Spatial Resolution MicroXRF

The water flea, a tiny crustacean primarily found in freshwater environments, has emerged as a pivotal model organism in scientific research. Its unique biological characteristics and sensitivity to environmental changes make it an ideal subject for a range of studies.

Life Science
Materials Science

Enhancing Semiconductor Device Reliability: The Critical Role of Homogeneous Sn, Ti, and Co Deposition

In the realm of semiconductor manufacturing, the homogeneity of Sn (Tin), Ti (Titanium), and Co (Cobalt) deposition is crucial. This is not limited to techniques like DC magnetron sputtering but extends across several deposition methods.

Materials Science
Company News

Employee Spotlight: Andrea Surak, Account Manager

We are thrilled to shine a spotlight on Andrea Surak, account manager at IXRF Systems and a valuable member of our team. Her energy, positive attitude, and dedication make a massive impact on the culture and growth…

Company News
Geology & Critical Minerals

Shaping the Future: Emerging Trends in Geochemistry and MicroXRF

Geochemistry is increasingly vital in understanding and protecting our planet. The field is thriving with innovative researchers employing new methodologies, revolutionizing environmental conservation, and sustainable resource management.

Geology & Critical Minerals
Company News

Employee Spotlight: Nathan Stoddard, Software Engineering Manager

IXRF Systems thrives on the strength of our people, and today, we celebrate Nathan Stoddard as a valuable member of our team. His dedication, expertise, and unwavering commitment continually influence our company’s…

Company News
Geology & Critical Minerals

The Role of MicroXRF in Advancing Soil Science

Nutrient availability in soil is a foundational aspect of agricultural science, directly affecting plant growth and crop yield. Various factors, including soil pH, texture, organic matter content, and specific soil structures such as iron and manganese concretions, influence it.

Geology & Critical Minerals
Life Science

Enhancing Biomedical Research with Laboratory MicroXRF: A Reliable Alternative to Limited Access Synchrotron XFM

Synchrotron-based X-ray fluorescence microscopy (XFM) has proven to be an invaluable resource in medical research, offering unparalleled levels of contrast and precision while studying complex microstructures.

Life Science
Energy

Unlocking the Future of Battery Technology with MicroXRF Analysis

We live in an age where the omnipresence of electronic devices is undeniable. From smartphones and laptops to electric vehicles and renewable energy storage solutions, batteries are the lifelines of modern civilization.

Energy
Life Science

Deciphering Stony Coral Tissue Loss Disease with Advanced MicroXRF Technology

Stony Coral Tissue Loss Disease (SCTLD) is a significant threat to coral reefs worldwide. Since its discovery in Florida in 2014, it has spread to the Caribbean and has been found as far south as Panama.

Life Science

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