Monthly Archives: November 2022

  1. Overcoming ICP Washout with Common Elements of Concern

    Overcoming inductively coupled plasma (ICP) washout is one of the main concerns scientists face when using these instruments to analyze samples due to the risk of contamination. The term ‘washout’ refers to removing a sample solution from the sample introduction system throughout the analysis process. Throughout this post, we will examine what ICP washout is and how it can be overcome to improve your laboratory analysis processes.

    What is ICP?

    Inductively coupled plasma (ICP) mass spectrometry (or ICP-MS), is a version of mass spectroscopy where an inductively coupled plasma is used to ionize a sample. This works because ICP is a high-temperature ionization source which offers high sensitivity and accurate analysis when used to detect elements at trace levels in biological samples. ICP-MS is used in var

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  2. Combining Analytical Standards with Rinse Solutions for Optimal Results

    Getting trace compound detection right means having complete confidence in your sample preparation, measurement processes, and the purity of any chemical used. Inductively Coupled Plasma Mass Spectrometry (ICP-MS) is a highly sensitive analysis technique often favored for detecting trace elements that act as pollutants in the environment.

    With sensitivities extending to the nanomolar range, ICP-MS is an ideal technique for trace elemental analysis of a wide range of species. The challenge is that while such sensitivity is desirable for sample analysis, it also means the measurements are highly sensitive to any type of contamination or residual traces of other chemical species.

    Achieving the best detection limits in many analytical methods, including ICP-MS, means a rigorous equipment cleaning process. However,

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