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Measurement of osmium isotopes using Isotopx ATONA Faradays
How small an ion beam can ATONA® ultra-low noise Faraday collectors measure and still get useful data? Faraday collectors and ion counting collectors are both excellent analytical tools. The former are typically used for larger ion beam sizes, the latter for smaller ion beam sizes. They have their own positive and negative features. Intercalibration between…
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Assessing the boundaries of ion collection in isotope ratio mass spectrometry
In this poster, Zenon looks at how small an ion beam can ATONA ultra-low noise Faraday collectors measure and still get meaningful data. You can click here to download the poster, or click the preview image below to download it.
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Measurement of 234U/238U in IRMM184 uranium standard using the Isotopx ATONA and Zeptona Faraday detector systems
Zenon Palacz, Shaun Yardley, Matt Hockley, Steve Guilfoyle Introduction High precision determination of 234U / 238U is important in many geological research applications. The typically low abundance of 234U (234U / 238U = 0.000053196 in IRMM184) in these applications has necessitated the use of ion counters for this isotope, while the much larger 238U must…
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Zeptona: Ultra-low noise amplifier technology
You may already know about ATONA® technology. Zeptona takes it one step further. Resistor-based Faraday detectors have a limited overlap of dynamic range with ion counting detectors, and even other Faradays when using different feedback resistors. If the beam intensity is too low then the Faraday noise reduces your precision. It it’s too high then…
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Introducing SIRIX
The new standard in high performance IRMS Why SIRIX? Solving isotope ratio puzzles one step at a time Here at Isotopx we have a proud history in providing isotope ratio solutions. We consider ourselves to be the innovators in the industry, proven by our unique ATONA® and ZEPTONA technologies. By leveraging our technologies and platforms…
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Precise measurement of trace actinides
using Phoenix TIMSZenon Palacz, Shaun Yardley, Matt Hockley, Steve Guilfoyle What is this study about? The performance characteristics of an Isotopx Phoenix equipped with 10 conversion dynode ion counters with newly developed MICX electronics is evaluated. This design allows the simultaneous measurement of actinides at unit mass spacing. The ion counters are independently movable allowing the study…
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ATONA: world class amplifier technology
What if you had Faraday amplifiers that gave you the low noise level of 1e13 Ω amplifiers, yet you could also put huge ion beams on them – without consequence? What if these amplifiers had almost zero resistor lag or Tau decay time? What if these amplifiers were so stable that gain calibrations could almost…
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NGX Helium Plus
The new standard in high precision helium isotope analysis The analysis of helium isotopes can be challenging. Your instrument needs the resolution, the sensitivity, and the abundance sensitivity to allow you to have confidence in your measurement. You need the same result, day after day. And what if you want to analyse other noble gases…
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Optimising ATONA integration times for beam intensity
Application note AN22_01 Matt Hockley, Isotopx Ltd, Dalton House, Dalton Way, Middlewich, Cheshire, CW10 0HU, UK. How do I select an integration time to optimise my measurement precision? Introduction When measuring an ion beam, there are two sources of uncertainty on the measurement: uncertainty due to amplifier noise, and uncertainty due to the shot noise…