Acoustically Driven Device for Introducing Solid Samples into an Inductively Coupled Plasma

doi:10.1366/000370292789619359

Acoustically Driven Device for Introducing Solid Samples into an Inductively Coupled Plasma

1992-10-01

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DOI：10.1366/000370292789619359

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A device is described that couples acoustic energy into powdered solid samples to facilitate their transport into an inductively coupled plasma. The system, entitled a sonic suspension device, is inexpensive and simple to build. In an experiment to illustrate its performance, calcium carbonate in a graphite matrix was introduced into an ICP; it offered moderate precision (relative standard deviation of 5% without the use of an internal standard) and acceptable sample-introduction efficiency.

Acoustically Driven Device for Introducing Solid Samples into an Inductively Coupled Plasma

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