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Logs
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  • 09:27, 1 August 2013 MScollan talk contribs uploaded Slide39 FC330.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 09:26, 1 August 2013 MScollan talk contribs uploaded Slide37 FC328.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 09:26, 1 August 2013 MScollan talk contribs uploaded Slide36 FC327.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 09:24, 1 August 2013 MScollan talk contribs uploaded Slide35 FC326.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 09:21, 1 August 2013 MScollan talk contribs uploaded Slide34 FC324.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 09:20, 1 August 2013 MScollan talk contribs uploaded Slide32 FC322.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 09:19, 1 August 2013 MScollan talk contribs uploaded Slide31 FC321.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 09:17, 1 August 2013 MScollan talk contribs uploaded Slide30 FC320.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 09:16, 1 August 2013 MScollan talk contribs uploaded Slide29 FC319.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 09:15, 1 August 2013 MScollan talk contribs uploaded Slide28 FC318.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 09:14, 1 August 2013 MScollan talk contribs uploaded Slide26 FC316.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 09:12, 1 August 2013 MScollan talk contribs uploaded Slide25 FC315.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 09:11, 1 August 2013 MScollan talk contribs uploaded Slide24 FC314.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 09:11, 1 August 2013 MScollan talk contribs uploaded Slide23 FC313.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 09:09, 1 August 2013 MScollan talk contribs uploaded Slide22 FC312.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 09:08, 1 August 2013 MScollan talk contribs uploaded Slide20 FC310.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 09:07, 1 August 2013 MScollan talk contribs uploaded Slide18 FC308.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 09:06, 1 August 2013 MScollan talk contribs uploaded Slide16 FC306.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 09:03, 1 August 2013 MScollan talk contribs uploaded Slide30 FC284.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 09:02, 1 August 2013 MScollan talk contribs uploaded Slide29 FC283.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 09:00, 1 August 2013 MScollan talk contribs uploaded Slide28 FC258.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 08:59, 1 August 2013 MScollan talk contribs uploaded Slide27 FC257.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 08:57, 1 August 2013 MScollan talk contribs uploaded Slide11 FC300.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 08:56, 1 August 2013 MScollan talk contribs uploaded Slide 9 FC296.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 08:54, 1 August 2013 MScollan talk contribs uploaded Slide8 FC294.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 08:53, 1 August 2013 MScollan talk contribs uploaded Slide7 FC293.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 08:53, 1 August 2013 MScollan talk contribs uploaded Slide6 FC292.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 08:52, 1 August 2013 MScollan talk contribs uploaded Slide5 FC291.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 08:48, 1 August 2013 MScollan talk contribs uploaded Slide3 FC289.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 08:45, 1 August 2013 MScollan talk contribs uploaded Slide2 FC288.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 08:44, 1 August 2013 MScollan talk contribs uploaded Slide1 FC287.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 08:42, 1 August 2013 MScollan talk contribs uploaded Slide26 FC225.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 08:40, 1 August 2013 MScollan talk contribs uploaded Slide25 FC219.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 08:39, 1 August 2013 MScollan talk contribs uploaded Slide24 FC214.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 08:37, 1 August 2013 MScollan talk contribs uploaded Slide21 FC209.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 08:36, 1 August 2013 MScollan talk contribs uploaded Slide19 FC207.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 08:35, 1 August 2013 MScollan talk contribs uploaded Slide18 FC206.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 08:34, 1 August 2013 MScollan talk contribs uploaded Slide17 FC205.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 08:32, 1 August 2013 MScollan talk contribs uploaded Slide16 FC199.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 08:31, 1 August 2013 MScollan talk contribs uploaded Slide15 FC181.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 08:29, 1 August 2013 MScollan talk contribs uploaded Slide14 FC172.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 08:27, 1 August 2013 MScollan talk contribs uploaded Slide13 FC171.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 08:26, 1 August 2013 MScollan talk contribs uploaded Slide12 FC154.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 08:26, 1 August 2013 MScollan talk contribs uploaded Slide11 FC150.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 08:25, 1 August 2013 MScollan talk contribs uploaded Slide10 FC96.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 08:24, 1 August 2013 MScollan talk contribs uploaded Slide9 FC85.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 08:23, 1 August 2013 MScollan talk contribs uploaded Slide8 FC72.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 08:22, 1 August 2013 MScollan talk contribs uploaded Slide7 FC57.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 08:21, 1 August 2013 MScollan talk contribs uploaded Slide6 FC45.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
  • 08:19, 1 August 2013 MScollan talk contribs uploaded Slide5 FC44.PNG (Analyzed on Bruker AXS ARTAX µXRF spectrophotometer using ARTAX spectra version 5.3.15.1. It is an open architecture model on a tripod equipped with a Rhodium tube with a beryllium window and a 650 micron collimator and no filter. Energy range is 0-...)
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