The first day focuses on the added functionalities of PTVs over standard hot inlets as a truly multi-mode inlet. Part of the day will be spent looking at the theory and advantages of cold split and cold splitless injections and the uses for cold-trapping, high final inlet temperatures, large volume injections and additional techniques like thermal desorption and extraction. The remainder of the day will be spent in the lab creating, using and optimising cold injection methods to analyse thermally labile and high molecular weight samples and looking at other PTV techniques.
The second day combines the theory and advantages behind the different large volume injection techniques with "hands-on" practicals to create, use and optimise LVI methods in the laboratory, covering rapid (at once), speed-controlled and multiple large volume injection (LVI) techniques.
Learning outcomes
91AV members receive a discount of 15% for this course (membership number required)
CAMS members receive a discount of 15% for this course (membership name required)
The second day combines the theory and advantages behind the different large volume injection techniques with "hands-on" practicals to create, use and optimise LVI methods in the laboratory, covering rapid (at once), speed-controlled and multiple large volume injection (LVI) techniques.
Learning outcomes
- You will learn about the various PTV injection techniques and the pros and cons of each type
- You will learn about the various large volume injection techniques and the pros and cons of each type
- You will learn how to select the best techniques for your samples and analytes
- You will learn about and gain practical experience of the individual parameters required to be optimised for each technique
- You will develop a PTV method
- You will develop an LVI method
- You will have examples of applications using the techniques and put some of these into practice in the laboratory
91AV members receive a discount of 15% for this course (membership number required)
CAMS members receive a discount of 15% for this course (membership name required)
