24/7 turnkey automated QA/QC spectrometers
Exceed expectations How much more could you accomplish in your QA/QC lab if your OES or XRF spectrometer was coupled with a super-fast robot to move samples between the preparation machine and the spectrometer(s), allowing increased uptime and speed? To stay ahead of the ever-changing, ever-accelerating curve, you need advanced…
Which XPS instrument will advance your research?
Watch on-demand: The Surface Analysis Toolbox In our recent webinar, we presented how the additional analytical methods available on our Thermo Scientific™ Nexsa™ Surface Analysis System and our Thermo Scientific ESCALAB™ Xi+ XPS Microprobe can build on XPS data to provide comprehensive analysis. ISS, UPS, REELS, AES, and Raman spectroscopy…
Nicolet Summit FTIR Spectrometer Virtual Lab
Is it possible to teach students the fundamentals of instrumental techniques, like FTIR, in a remote setting? The answer is a resounding yes. The Thermo Scientific Nicolet Summit FTIR Spectrometer was designed with advanced connectivity features and new software to make 100% remote analysis possible. Students can collect, process, and…
Assembling complex mineral phases with XRD and XRF
Complete analysis of plagioclase and potassic feldspars Geochemistry typically encounters several mineral types from one sampling. This is true in the case of analyzing Martian analog basalt from terrestrial craters. A sample of basalt collected from craters of the Moon National Monument, Idaho, US, was studied with XRD and XRF….
Characterizing minerals and ores with fast & easy XRD & XRF
Benchtop systems for complete mineral analysis The titanium-iron oxide mineral ilmenite is the primary source of titanium for high-performance alloys and titanium dioxide. A heavily mined mineral, this ore occurs as two different morphologies—hard rock and heavy sand ilmenite. While prevalent worldwide, not all ilmenite samples exhibit the same quality….
