A transient signal acquisition and processing method for micro-droplet injection system inductively coupled plasma mass spectrometry (M-DIS-ICP-MS)

Introducing analytic samples into plasma leads to the generation of light and ions. By detecting these ions and light, trace quantities of elements within the samples can be analyzed. The light and ions are generated not only by the high temperature of the plasma but also as a result of the complex atomic/molecular process within plasma. By understanding this process, the characteristics of plasma (e.g. the connection between operating conditions of the analysis equipment and the results of the analysis) and the effect to elements other than analytes, a clear understanding of phenomena such as the matrix effect can be acquired. This report focuses on the atomic and molecular processes that occur within an argon inductively coupled plasma (ICP) and explains the various characteristics of such plasma.

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Single Cell Analysis by Using ICP-MS

Miyashita

Fujii

Shigeta

et al. 2017

Metallomics

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A transient signal acquisition and processing method for micro-droplet injection system inductively coupled plasma mass spectrometry (M-DIS-ICP-MS)

Abstract: An optimal signal acquisition and processing method for use with intermittent small-sized sample introduction techniques, such as the micro-droplet injection system (M-DIS), was investigated.

Cited by 9 publications

References 20 publications

Living in a transient world: ICP-MS reinvented via time-resolved analysis for monitoring single events

Living in a transient world: ICP-MS reinvented via time-resolved analysis for monitoring single events

Plasma Spectroscopy – Principles and Applications

Single Cell Analysis by Using ICP-MS

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