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Plasma 3 is a third generation Multi Collector ICP Mass Spectrometer (MC-ICP-MS), designed to provide the best possible precision and accuracy for simultaneous isotopic ion detection. The instrument retains the unique, patented, variable dispersion Zoom lens enabling the simultaneous measurement of the isotopes of elements from lithium to the actinide series on its static collector array of sixteen Faraday detectors and up to six ion-counting detectors. Ground potential analyser operation provides ease of use and maintenance with excellent reliability.
While continuing to provide the highest precision, accuracy and flexibility that previous generations are renowned for, Plasma 3 adds new refinements and innovations to maintain its position as the instrument of choice for Earth Sciences, Environmental Science, Nuclear Research, Archaeology, Forensics, Biochemistry and Biomedical Science.
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nu Noblesse |
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Nu Instruments introduce the latest in noble gas mass spectrometry design. Working with existing noble gas users, Noblesse has been developed with ease of use, reliability and flexibility in mind.
Noblesse has the capability to measure several noble gas isotopes simultaneously and to change measurement configurations instantaneously, using the patented zoom optics taken from the successful Nu Plasma HR MC-ICP-MS. From here the pseudo high resolution capability is also derived, offering a resolving power up to 1500. As an example, see the results obtained from the Helium Studies at Harvard.
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nu Perspective |
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The Nu Perspective IRMS instrument is designed as the ultimate next generation IRMS with the largest mass dispersion by far (60cm for CO2) of any IRMS. The collector array can accommodate up to 12 Faraday detectors giving flexibility for all current and future IRMS research applications. It uses the patented Nu Instruments variable zoom optics to monitor masses from 2 to 150 with exact coincidence.
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