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Brochures and Presentations

Series 4000 SFC Brochure
High Temperature HPLC Brochure
Selerity Presentations
Application Notes
Technical Notes

Literature : Recent Presentations

PITTCON 2007
	Mobile Phase Temperature Control Issues When Using High Flow Rates and Fast Gradients in HPLC
	Using Temperature as a Tool to Increase Resolution per Unit Time
	The Analysis of Biodiesels Using Supercritical Fluid Chromatography
	Double The Throughput Of Your UPLC Separations
	Convert Your Existing HPLC for High Throughput Separations

2006
	Viscous Heating In HPLC Using Mobile Phase Gradients
	Improving Chromatography And Developing Faster HPLC
	Optimizing Peak Width and Improving Chromatography with a Stand-alone Dynamic Mobile Phase Preheater
	Temperature vs Pressure - Achieving High Resolution, Highly Efficient HPLC Separations Using Elevated Temperature In Place of High Pressure
	Use and Practicality of Water-Only HPLC Separations
	High Resolution Separations Using Longer Columns and Elevated Temperature

2005
	Temperature and pH Stability of a New High Temperature C18 Polydentate Silica Column
	Dramatic Increases in Efficiency and Resolution Using High Temperature Liquid Chromatography
	Better HPLC Methods at Elevated Temperature with a New Standalone Preheater
	Improved HPLC Separations at Elevated Temperatures Using a New Stand-alone Preheater
	A C18 Silica Column With Exceptional Temperature and pH Stability
	Better HPLC Methods Using Temperature Programming
	Water-only HPLC Separations with Universal Flame Ionization Detection Using the Aquachrom Green Machine
	Accuracy and Precision of Temperature Programmed HPLC
	Optimized Instrument Parameters for a High Temperature HPLC System with Flame Ionization Detection
	Improving Speed and Resolution of Separations by Utilizing High Temperature and Temperature Programming in Liquid Chromatography
	Silica-Based Columns for Reversed-Phase HPLC Separations at Temperature and pH Extremes

2004
	HPLC at High Temperature and High pH with a New, Highly StableSilica Column
	Water Only HPLC With FID Detection
	Applications Using Temperature Programmed HPLC and a new High Temperature Silica Column
	Water Only HPLC Separation with Universal Flame Ionization Detection using the Aquachrom Green Machine
	Columns for High Temperature Liquid Chromatography: Present Status
	Reproducibility of Temperature Programmed HPLC Using 4.6 mm ID Columns
	Silica Based Column for High Temperature HPLC
	Improving HPLC Analysis Using Temperature Programming
	The Effect of Temperature on Selectivity in HPLC
	Stability of Active Pharmaceutical Ingredients Under High Temperature Liquid Chromatography Conditions
	Natural Product Analysis Using Temperature Programmed HPLC
	Analysis of Fatty Acids and Fatty Acid Esters in Saw Palmetto by SFC without Derivatization
	The Use of Extended Range Liquid Chromatography and Temperature Programming for Petroleum Product Analysis

2003
	Extended Temperature Range Impact on HPLC Column Stability and Performance
	Improving Pharmaceutical Analyses with Temperature Programmed HPLC
	Analyte Focusing in Elevated Temperature HPLC
	Column Stability and Performance
	Highly Stable Polycarbosilane Bonded Phase Silica Columns
	Improving Pharmaceutical Analysis
	Replacing Solvent Gradients with Temperature Gradients
	Augmenting Solvent Gradient HPLC Methods with Temperature Programming
	Column Stability and Performance Under HTLC Conditions
	Enhancing Your HPLC Separations Using Temperature Programming
	Improving Capillary SFC Performance with High Volume, High Efficiency Split-Splitless Injection
	HPLC Peak Focusing Facilitated by Independent Mobile Phase Preheating
	Rapid Method Development Using HTLC
	Temperature Programmable HPLC-Expanding HPLC Capability
	Using HTLC for Improved Analysis in the Pharmaceutical Industry

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