This intermediate course focuses on the theory, AAS instrumentation, sample preparation, interferences, background correction techniques, data analysis and method optimisation along with maintenance and troubleshooting. You will learn:

• The principles of flame atomisation and atomic absorption spectroscopy
• The pros and cons of different gas types used for an AAS burner flame
• Why techniques such as CVAAS and HGAAS would be required over more conventional FAAS and GFAAS
• Uses of various light sources in AAS such as hollow cathode lamps (HCLs) and deuterium lamps
• Functions of different detectors and optics such as a photomultiplier tube (PMT) and various gratings used in AAS
• The reasons and uses of sample preparation techniques for AAS
• Interferences in AAS and how background correction techniques can aid analysis
• An introduction to AAS method development and how to optimise the instrument
• AAS maintenance and troubleshooting
• Apply your knowledge to case-studies involving real-world use of AAS across diverse industries including environmental monitoring for trace metals and pharmaceuticals for the detection of impurities

By the end of the course, you will:

• Understand the concepts and differences between FAAS, GFAAS, CVAAS and hydride generation AAS
• Have an insight into several types of AAS instrumentation and be confident in discussing the various components from the autosampler to the detector
• Understand sample preparation methods for AAS and how matrix effects can impact analysis
• Comprehend the data produced by AAS and what qualitative and quantitative information it can provide
• Learn common calibration strategies and how to establish a limit of detection (LOD) and limit of quantitation (LOQ)
• Be familiar with different background correction techniques in AAS, including Zeeman and deuterium background corrections
• Understand the routine maintenance needed for various AAS components including the burner, HCLs, and sample introduction system
• Learn how to troubleshoot common problems in AAS

This AAS training course designed for anyone who would like an enhanced understanding of AAS

• Laboratory analysts using AAS methods for trace metal analysis
• Laboratory or line managers overseeing AAS instruments and analysis
• Data analysts and report writers who work with AAS data
• Service engineers who want an in-depth view of AAS as a technique
• Sales, commercial or marketing teams who work with AAS components, instruments, or services in anyway and would like more in-depth knowledge

If AAS links to your work in anyway, this applied course delivered by experts in the field will provide you with a solid and deeper understanding of AAS as an analytical technique.