Thermo Scientific · TIMS
TRITON Series
Multicollector TIMS for high-precision isotope ratios
The TRITON Series combines a stable thermal ionization source, a movable multicollector array and detection for both intense and ultra-low signals in geochronology, cosmochemistry, tracer studies and nuclear safeguards.
Technical positioning
Platform capabilities
Related applications
Brochures and application notes
Official manufacturer links. Product and document availability may vary by country and date.
Discuss a configuration
contato@sensms.com.brOfficial resources
Brochures and datasheets
Manufacturer-provided documents associated with this solution.
TRITON XT TIMS
Download PDFTRITON — U-Pb Geochronology
Download PDFTRITON — Strontium Isotope Ratios
Download PDFTRITON — Neodymium Isotope Ratios
Download PDFTRITON — Tungsten Isotope Ratios
Download PDFScientific evidence
Research related to this application
Selected publications for further reading on methods and applications. Relevance does not imply that every study used the commercial configuration currently offered.
Repetibilidade interlaboratorial de U–Pb por ID-TIMS
Schaltegger et al. · Journal of Analytical Atomic Spectrometry · 2021
Open paperU–Pb ID-TIMS com amplificadores ATONA
Szymanowski & Schoene · Journal of Analytical Atomic Spectrometry · 2020
Open paperSr e Cs radioativos medidos em TRITON TIMS
Dion et al. · International Journal of Mass Spectrometry · 2020
Open paperFrequently asked questions
Technical questions
What is TRITON TIMS used for?
TRITON TIMS measures high-precision isotope ratios in geochronology, cosmochemistry, metrology and nuclear safeguards.
How does TRITON TIMS work?
Thermal ionization mass spectrometry uses multicollector acquisition to reduce temporal-instability effects.
How is the configuration selected?
Selection considers target elements, abundances, collectors, sample chemistry and throughput.