Accurate data collection is fundamental to environmental research. BlueScientific distributes specialized instruments that enhance the accuracy and reliability of data for studies focused on environmental changes. Precision is critical in tracking subtle changes in climate or detecting low concentrations of pollutants, which can have significant ecological impacts. The equipment we distribute enables researchers to observe […]
The Swedish Museum of Natural History used SIMS to determine that rock samples from India were formed around 1,850 million years ago. Previously it was thought that dating this type of sample wasn’t possible!
Self-focusing SIMS is a new technique for measuring the composition of semiconductors and SiGE devices. It’s ten times faster than studying nanometre-scale features directly with methods such as TEM or APT.
How researchers at Tohoku University used SIMS (Secondary Ion Mass Spectrometry) in lithium battery research, to measure the lithium diffusion coefficient.
How APT (Atom Probe Tomography) and SIMS can be used in the fields of geology and geoscience, with examples from geochronology, mining and meteorite research.
Atom Probe Tomography (APT) is the only materials analysis technique offering extensive capabilities for both 3D imaging and chemical composition measurement at the atomic scale.
In new research about the origin of water on Earth, SIMS analysis has revealed that enstatite meteorites contain sufficient hydrogen for at least three times the mass of water in the oceans. The research at CRPG Nancy (Research Center Pétrographiques Et Géochimiques) in France used SIMS technology from CAMECA. Blue Scientific is the official distributor […]
An overview of SIMS (Secondary Ion Mass Spectrometry) surface microanalysis, and how dynamic SIMS can be used for bulk composition and in-depth trace element distribution analysis.
