Downloads

TIMS ATONA Faraday Amplifiers

T30182 – Introducing ATONA for TIMS – A paradigm shift in signal amplifier technology.

U-Pb TIMS geochronology using ATONA® amplifiers

Isotopic analysis of sub-nanogram Nd standards using new ATONA® amplifiers

Phoenix Product Information

Phoenix with ATONA brochure

Degas Benches Information

DG60 Product Information Sheet

NGX Product Information

NGX-600 Product Brochure

Noble Gas Electronics And Software Upgrade

Phoenix Technical Notes - Geological Applications

G10711 High Precision Os on Phoenix X62 TIMS~20-25 ppm external precision (2RSD) achieved for 186Os/188Os using medium to large sample loads. <10ppm external precision (2RSD) achieved for 189Os/188Os using medium to large sample loads.

G10712 Mass Fractionation behaviour of UHigh precision 235U/238U analysis using 234U/238U for mass fractionation correction

G10911 Sr on sub 10ng sample loadsAnalysis of sub 10ng of NBS987 achieves ~25ppm external precision (2 RSD)

G11010 High Precision Sr on Phoenix2ppm 87Sr/86Sr external reproducibility on 150ng Strontium loads

G11111 High Precision Nd on Phoenix3 to 4 ppm precision (1RSD) achieved for 143Nd/144Nd during extended instrument testing.

G20111 Determination of 234U in IRMM184 Uranium Standard on the Phoenix TIMSSub per mil precision on 234U/238U in IRMM184 using a real time Faraday/Daly gain calibration

G30111 Determination of 234U and 236U in IRMM184 Uranium Standard on the Phoenix TIMSHigh precision 234U/238U and 236U/238U measurements using a combined Faraday/Daly method with WARP filter

Phoenix Technical Notes - Nuclear Applications

N10311 NBS U010 NBL U030a and NBL U050 by total evaporationHigh precision achieved for total evaporation of 200ng and 400ng loads of a range of uranium CRM’s.

N10911 TE of 500ng loads of U500 using PhoenixHigh precision and exceptional efficiency on 500ng U500 by total evaporation

N11010 U010 application briefU010 reproducibility of <0.05% and accuracy of 0.01% using U500 for an external fractionation correction

Phoenix Technical Notes - Xact Faraday Amplifiers

AGU 2012 posterPoster on performance of the new 1e11 and 1e12 Faraday amplifiers presented at AGU Fall meeting 2012

34th IGC Presentation Presentation on Xact amplifiers given at 34th IGC, Brisbane, Aug 2012

T10812 Comparison of 1e11 and 1T using U500Performance comparison of the new Xact 1e11Ω and 1TΩ Faraday amplifiers using U500

T20812 2ng NdO on Xact 1e11 and 1TIsotopic measurement of 2 ng Nd run as NdO and comparing the performance of the new Xact 1e11Ω and 1e12Ω (1TΩ) Faraday amplifiers

T10712 Nd using Xact e11 and 1T boardsComparison of the latest 1e11Ω and 1e12Ω (1TΩ) Xact amplifiers for small (<50mV) Nd ion beams on Faradays.

T10512 Xact Faraday AmplifiersIsotopx's new Xact Faraday amplifiers are the quietest yet. This note details noise characteristics over a range of integration periods.

Other Technical Notes

T10412 MIC Channeltron StabilityPhoenix’s multiple ion counting is the most versatile available, this note highlights MIC stability using very small U500 loads

T11010 Performance of the ion-counting Daly on the Phoenix TIMSOverview of the latest ion-counting Daly and a comparison with SEM devices

T14010 Abundance sensitivity of PhoenixAbundance sensitivity <2ppm at mass 237 with respect to 238U

Bibliography

Isotopx TIMS bibliography April 2013

Company Information

Isotopx ISO 9001:2008 certificate

Isotopx Terms and Conditions of Purchase

Isotopx Terms and Conditions of Sale

Phoenix Site Planning Guide Aug 2011Guide outlining the local requirements and lab supplies needed to install a Phoenix TIMS

Isotopx Limited is committed to the design and manufacture of the best Thermal Ionization Mass Spectrometers in the world. We are the only company that has a 10 year warranty on our detectors

ISO 9001

Address

Isotopx Ltd
Dalton House,
Dalton Way,
Middlewich, Cheshire,
United Kingdom,
CW10 0HU

Contact

Tel: +44 (0) 1606 839810
Fax: +44 (0) 1606 839811
Email: info@isotopx.com 

Registered in England No: 6447777.
VAT Reg. Number GB 925 9869 62