FUNDAMENTALS ICP-MS
TRAINING COURSE
1 DAY - IN PERSON AT YOUR LAB
OR 2 HALF DAYS - LIVE ONLINE
An introduction to the fundamental concepts and principles associated with ICP-MS
Attendees will gain useful insight into the operating principles of ICP-MS instruments.
This comprehensive course is designed to increase expertise and optimise results for all users of ICP-MS.
Understanding sample introduction and the optimisation of instrument performance are key subjects within this course. Interactive training sessions and tutorial exercises are used to reinforce key learning points.
COURSE OVERVIEW
Who is this course for?
This course is tailored towards either the experienced user who is looking for a refresher course or new users who are looking for an introduction to the analytical technique.
Previous knowledge
Background knowledge of ICP-OES or mass spectrometry may be useful but not necessary, as all the essentials are covered in the course. Previous experience using ICP-MS equipment can be beneficial.
What you will learn
- How the ICP source differs to other MS techniques, offering a complementary view of the chemicals being analysed
- Why ICP-MS is particularly suitable for a wide range of applications including isotope ratio studies.
- How ICP-MS can be used for the analysis of ultra-trace metal elements (0.0005-100ppb)
- Application of ICP-MS to non-metallic elements (e.g. S, P)
Related Content
COURSE OUTLINE
Introduction to IPC-MS
- What can ICP-MS do?
- Schematic design
Inductively Coupled Plasmas
- Plasma formation
- Generators
- Load coils
- Torches
- Plasma configuration
Liquid Sample Introduction
- The cross-flow nebuliser
- The concentric nebuliser
- The Babington nebuliser
- Spray chambers
The Mass Spectrometer
- The vacuum and interface systems
- Ion lenses
- Photon stops
- Off-Axis deflection
- Space Charge effect
Mass Analysers
- Quadrupole theory
- Alternative Analysers
- Tuning and calibration/Plasma parameters
- Continuous Dynode Electron Multiplier
Interferences and Removal
- Polyatomic and Isobaric interferences
- Double Charge and Oxide species
- Plasma / Matrix effects
Analysis Types
- Collision / Reaction Cells
- Kinetic Energy Discrimination
- External / Internal Standards
- Isotope Dilution
- Standard Addition