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The Inorganic Ventures team members answer more listener questions relevant to trace analysis. They address low mercury recovery at 2 ppb, noting mercury instability in nitric acid, adsorption to plastic, options such as preparing in HCl or stabilizing with ~1 ppm gold. They explain detection limit calculations using calibration data and blank replicates & distinguish instrument vs method detection limits, with suggestions to improve precision and sensitivity via conditions and sample introduction components. For heavy metals in blood studies, they warn of vacutainer/polypropylene contamination and recommend vessel leaching or vessel blank studies. Finally, they describe pH product certification against NIST standards, potential meter entry limitations, and temperature effects on calibration.
By Inorganic Ventures5
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Send us Fan Mail
The Inorganic Ventures team members answer more listener questions relevant to trace analysis. They address low mercury recovery at 2 ppb, noting mercury instability in nitric acid, adsorption to plastic, options such as preparing in HCl or stabilizing with ~1 ppm gold. They explain detection limit calculations using calibration data and blank replicates & distinguish instrument vs method detection limits, with suggestions to improve precision and sensitivity via conditions and sample introduction components. For heavy metals in blood studies, they warn of vacutainer/polypropylene contamination and recommend vessel leaching or vessel blank studies. Finally, they describe pH product certification against NIST standards, potential meter entry limitations, and temperature effects on calibration.

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