High-resolution X-ray characterization for industry and research—from mineralogy to nanocatalysts to battery materials
Quantifying mineral species in mining and geological samples
Detecting trace and disordered minerals in multicomponent mixtures is challenging. High-resolution and high signal-to-noise are required to improve sensitivity, while faster measurements are needed to achieve mine-scale quantitative assessments.
Phase identification & quantification for supported nanocatalysts
Bi(Tri)-metallic transition metal composites including NiCoOx and NiCoPtOx nanoparticles show good performance for HER/OER activity in alkaline environments. However, ultrasmall sizes and complex metal distribution lead to difficulties in phase characterization.
Detecting single atom catalysts via the difference pair distribution function method
It is extremely challenging to detect the presence of single atom sites when they are dispersed randomly within a support material. Few methods can provide quantitative validation of local coordination environments or distinguish them from small nanoparticles.
High-throughput characterization of battery materials
Subtle structural property changes and defects have appreciable impacts on sample performance and processing requirements. A detailed characterization of these effects with statistical significance can greatly enhance the efficacy of product and process optimization decision making.
Crystal structure solution and formulation analysis
Many industrial compounds predate modern regulation standards—some have been in use for decades without complete knowledge of their chemical structure. Our high-resolution measurements enable crystal structure determination, impurity identification, and formulation analysis to support regulatory approval, IP protection, and product development.
