Benefits of elevated-temperature seperations in LC are discusssed.
Jody Clark
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Articles by Jody Clark
An exploration of the usefulness and relevance of the van 't Hoff equation using various examples from the literature
The authors explore some basic thermodynamic relationships.
Benefits of using elevated-temperature separations and some practical considerations for implementing this approach.
Transforming "standard" gradient HPLC systems into extremely fast gradient systems is readily achievable with proper application of chromatographic principles, particularly temperature control, combined with utilization of advanced HPLC columns. Bottom line: You don't have to buy a new LC to achieve ultra high quality and speed!
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Latest Updated Articles
Elevated Temperatures in Liquid Chromatography, Part I: Benefits and Practical ConsiderationsPublished: February 1st 2013 | Updated:
Elevated Temperatures in Liquid Chromatography, Part II: Basic Thermodynamics of Elevated Temperature LC, Including the van 't Hoff RelationshipPublished: November 1st 2012 | Updated:
Elevated Temperatures in Liquid Chromatography, Part I: Benefits and Practical ConsiderationsPublished: September 1st 2012 | Updated:
- Elevated Temperatures in Liquid Chromatography, Part III: A Closer Look at the van 't Hoff Equation
Published: December 1st 2012 | Updated:
Fast Gradient LC Using Your Existing InstrumentationPublished: September 1st 2008 | Updated:
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