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by the XRF unit within the BMR, these data will already be punched on IBM cards and the special output sheets may be .. years - 4230 MY; 5.4 million years 5.4 m.y.. Rock Name:- Should be as detailed as . Analytical methods:- Abbreviated instrument names, such as XRF (X-ray, fluorescence spectroscopy), DRS (direct The information contained in this report has been obtained by the Department of National Resources. -- - In of the policy of the Australian Government to assist in the exploration and development of resources. It may not be published in any form or used in a company prospectus or statement. it the permission in writing of Feb 3, 2006 composition as determined by a separate X-ray Fluorescence ( XRF ) rock is burnt off during sample preparation for XRF measurements. From the atomic .. Scattering intensity versus Q for various depths part 3: 3695 m to 4230 m. 3695m. 3800m. 3850m. 4230m . SCATTERING INTENSITY (cm. -1. ). Total multi-element concentrations were determined by X-Ray Fluorescence ( XRF ) and Inductively. Coupled Total major oxides were determined by XRF on fused beads, and total trace elements on fragments of the beads digested in a HF -HNO3 Science of the Total Environment, 408, 4230 -4238. Garrett, R. G. 2013. 4470- 4230 . 2. C. gr. volc. sst. with elay matrix, weathered and M n crusted. 24 23.9. 109 44.3. 165KD. 24 23. 7. 109 42.4. 4415-4240. 5. Pebbly vole. sst., clasts mainly alt. glass; Mn .. Footnote: Major and trace elements excluding REE, Hf, Ta and Th by XRF analysis in Dept of Geology, University of Tasmania.