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High Throughput Soil Analysis
James Hannan, Thermo Fisher Scientific
The note explains how to improve throughput of digested soil samples by ICP-OES and details the requirements for an EPA 200.7 compliant soil method. |
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Impurities and Main Elements in Lithium-Ion Battery
Marine Beauvir, Thermo Fisher Scientific
Find out how to analyze the elemental composition of lithium-ion battery cathodes, using a method that enables concurrent determination of the major and trace elements of the material. |
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Major and Trace Elements in Foodstuffs
Kristian Hoffman, Thermo Fisher Scientific
Discover how to measure major and trace elements with equal success and easily attain precise and accurate results for digested foodstuff samples using ICP-OES. |
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Analysis of Toxic Elements in Water
James Hannan, Thermo Fisher Scientific
China and India have experienced a huge increase in the consumption of bottled water. Find out how to easily and cost-effectively analyze bottled water for toxic elements, whilst adhering to regulations. |
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Ensuring Regulatory Compliance of Traditional Medicines and Foodstuffs
Kristian Hoffman, Thermo Fisher Scientific
Find out more about testing traditional medicines and foodstuffs for regulatory compliance. In this note, we obtain a method detection limit of 0.722 ppb for Pb, which is well below the 10 ppm limit set by AYUSH. |
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US EPA SW-846 Method 6010
James Hannan, Thermo Fisher Scientific
This note describes the performance of the Thermo Scientific iCAP 6500 ICP-OES for the analysis of environmental sample types by the US EPA method 6010. |
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Trace Contaminant Analysis in Brine
Martin Nash, Thermo Fisher Scientific
The analysis of high salt matrices by optical ICP can be difficult. Discover how our customer used the Thermo Scientific iCAP 6000 Series ICP-OES to easily analyze such challenging matrixes. |
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Analysis of Toxic Elements in Fertilizers
Martin Nash, Thermo Fisher Scientific
ICP-OES enables cost-effective analysis of fertilizers due to the powerful multi-element capability. Find out how to simultaneously analyze all plant nutritional elements (including nitrogen) and potentially harmful elements in fertilizers. |
