Matrix reference materials – provision in Australia
被引:2
作者:
Roderick Geoffrey Millar
论文数: 0引用数: 0
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机构:National Analytical Reference Laboratory,
Roderick Geoffrey Millar
机构:
[1] National Analytical Reference Laboratory,
[2] 3 Clive Road,undefined
[3] P.O. Box 83,undefined
[4] Cottesloe 6011,undefined
[5] Western Australia e-mail: rod.millar@agal.gov.au¶:Tel.: +61-8-93832142,undefined
[6] Fax: +61-8-93833417,undefined
来源:
Accreditation and Quality Assurance
|
1999年
/
4卷
关键词:
Key words Reference materials;
Matrix;
Chemical analysis;
Trace level;
D O I:
暂无
中图分类号:
学科分类号:
摘要:
Until quite recently, Australia has not been much involved in the preparation and certification of matrix reference materials for chemical testing. Even today, the vast bulk of chemical reference materials used in Australia are imported from other world producers. Increased international focus on the accuracy, traceability and comparability of chemical measurements has led to the establishment of the National Analytical Reference Laboratory (NARL) within the Australian Government Analytical Laboratories. Part of the work of NARL will be to supply matrix reference materials, not available from existing sources, to meet specific Australian requirements. This need has been addressed in the past by a combination of industry and government initiatives. Examples include a series of certified matrix reference materials for chemical testing of iron ore, coal and mineral sands produced by Standards Australia and a series of three animal fat matrix reference materials certified for a range of pesticide residues produced by the Australian Chemical Standards Laboratory (now part of NARL). To make effective use of limited resources, it will be important for NARL to focus on identified priorities and to maximise the use of available Australian resources and expertise through technical collaboration for reference material production. An important part of this process should be input on needs and priorities from reference material "users" such as government legislators, regulatory authorities, standards setting bodies, industry and the analytical community. The aim will be to produce matrix certified reference materials that are traceable to SI or other international standards at a stated level of measurement uncertainty.