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| Tips & tricks for MS |
Mass spectrometry (MS) is a well-established detection technique that can be coupled to various sample introduction techniques, such as liquid chromatography (LC), thin layer chromatography (TLC), gas chromatography (GC), or inductively coupled plasma (ICP) – please find there also our ms compendium.  www.merckmillipore.com/ms |
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LCGC TV: Is 2D LC Ready for Prime Time Analysis?
2D LC has huge potential to increase the resolving power of separations involving complex samples. In this new video clip, Dwight Stoll of Gustavus Adolphus College considers if this technique is ready to be adopted by chromatographers working in industry. |
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| Chromatography SW Promotion: 30% Off |
DataApex announce new autumn promotion on Clarity Lite Chromatography Software. SW is supplied with a modern USB-based A/D converter and is compatible with the most recent Windows OS. Any analog detector can be connected. Free SW updates.  Learn more
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| LC Troubleshooting: Estimating Resolution Between Two Peaks
In this month's "LC Troubleshooting" instalment, John Dolan shares a simple technique to estimate resolution that has been in use for many years, but may not be well known because of our dependence on automatic data processing systems today. |
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| 5 Years Free Access to CHROMacademy |
To show our commitment to learning, we have decided to offer all university students and staff free access to CHROMacademy. You are the future leaders and innovators of the scientific community, and by offering free access to CHROMacademy we hope to help you realize your potential. This has been made possible by Agilent Technologies- the world's premiere measurement company.  Read more |
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| Need HPLC Troubleshooting Help? |
The CHROMacademy interactive HPLC Troubleshooter, sponsored by Thermo Scientific, was designed with busy chromatographers in mind. In 3 simple steps ChromAcademy can help you overcome your instrument, separation and quantitation issues. It’s completely free — so if you haven't tried our troubleshooter before you're in for a surprise!  Learn more |
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| 5 Ways to Improve Your Split/Splitless Injection Technique
To improve your split/splitless injection you need to understand the process. Split/splitless injectors typically vaporize a sample dissolved in a suitable organic solvent under increased temperature. The sample vapors are entrained into the carrier gas flow inside a “liner” or “sleeve” within the inlet and then pass into the column or out of the inlet via the “split” line/valve. |
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