In Inductively-Coupled Plasma - Mass Spectrometry (ICP-MS), an inductively coupled plasma (argon gas ionised by an intense electromagnetic field) is used to create ions which are then separated on a charge-to-mass basis and quantified by a mass spectrometer, to as low as ppq detection limits. The intensity of the ion is proportional to the concentration of the sample. Compared to ICP-OES, it gives much lower detection limits.
What will you learn on this course?
This course engenders a holistic approach to ICP-MS from the initial choice of analytical set-up through to designing a robust methodology including sample preparation and sample introduction and finishing with calibration. Ten real-world case studies cover elemental analysis in pharmaceuticals, drinking water, soils, motor oil, occupational hygiene, forensics, metal speciation, isotope ratios and food / drink authentication.
Learning outcomes
- You will learn the theory behind the technique of Inductively-Coupled Plasma Optical Mass Spectrometry (ICP-MS)
- You will learn the pros and cons of each facet and the required troubleshooting and maintenance of each
- You will learn about the different ICP-MS components, how they are affected by problematical samples and what can be done to reduce plasma and isobaric interferences
- You will gain knowledge in how to optimise a method to build a robust methodology
Who is this course for?
Primarily beginners but intermediate users requiring refresher training will also benefit.
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