Stationary Phases for LC Separationsat Elevated Temperatures

Article

Special Issues

LCGC SupplementsSpecial Issues-04-01-2006
Volume 0
Issue 0
Pages: 53–58

With the advent of column materials that can be used effectively at temperatures well over 100 degrees Celsius, high temperature liquid chromatography (HTLC) separations have gained more attention in the last few years. Advantages of HTLC include fast analysis time, better selectivity, improved column efficiency, and minimization of the use of organic solvents involved in the mobile phase.

External Link - article-530951.pdf

Articles in this issue
Recent Developments in Column Technologies for the Analysis of Proteins and Peptides
Updates in the Technology and Application of Chiral Stationary Phases
High-Performance SEC Column Technology
Recent Advances in Ultrahigh-Pressure Liquid Chromatography
Stationary Phases for LC Separationsat Elevated Temperatures
Novel Phases for HPLC Separations
Developments in HPLC Column Packing Design
Monolithic Stationary Phases for HPLC and Sample Preparation
Recent Developments in Ion-Exchange Columns for Inorganic Ions and Low Molecular Weight Ionizable Molecules
Introduction: HPLC Column Technology - State of the Art
Recent Videos
The Current Challenges Mitigating PFAS
The Current Challenges Mitigating PFAS
The Role of PFAS Impacting Carbon Fluxes
The Role of PFAS Impacting Carbon Fluxes
Understanding the Movement of PFAS in the Environment
Understanding the Movement of PFAS in the Environment
Where Will Your Data Take You? How Modern Lab Informatics Unlocks Your Potential
Where Will Your Data Take You? How Modern Lab Informatics Unlocks Your Potential
The Interactions Between Bacterial Communities and PFAS
The Interactions Between Bacterial Communities and PFAS
The Challenges of Characterizing PFAS in the Environment
The Challenges of Characterizing PFAS in the Environment
Inside the Laboratory: The Mead Group at UNC Wilmington and the North Carolina PFAS Testing Network
Inside the Laboratory: The Mead Group at UNC Wilmington and the North Carolina PFAS Testing Network
Exploring Molecular Dynamics: An Interview with Ezgi Gürler of FeMS
Exploring Molecular Dynamics: An Interview with Ezgi Gürler of FeMS
Developing Advanced Fragmentation Schemes: An Interview with Ezgi Gürler of FeMS
Developing Advanced Fragmentation Schemes: An Interview with Ezgi Gürler of FeMS
Jacqueline Hamilton, Diane Turner, and Caroline Gauchotte-Lindsay © Images courtesy of interviewees
Advancing Science Through Diversity: A Conversation with Women in Chromatography, Part 5
Related Content
3d rendering of the construction from DNA of a covalently closed cube-like molecular complex | Image Credit: © Love Employee - stock.adobe.com

Separating Oligonucleotides Using Ion-Pair Reversed-Phase Liquid Chromatography

Aaron Acevedo
April 14th 2025
Article

A team of researchers from Waters Corporation, led by Szabolcs Fekete, tested a new approach for separating oligonucleotides.

Ep. 35: On the Subject of Continuing Education for Spectroscopists

Ep. 35: On the Subject of Continuing Education for Spectroscopists

April 1st 2025
Podcast
A Matrix-Matched Semiquantification Method for PFAS in AFFF-Contaminated Soil

A Matrix-Matched Semiquantification Method for PFAS in AFFF-Contaminated Soil

Alasdair Matheson
Published: April 14th 2025 | Updated: April 14th 2025
Article

Catharina Capitain and Melanie Schüßler from the Faculty of Geosciences at the University of Tübingen, Tübingen, Germany describe a novel approach using matrix-matched semiquantification to investigate per- and polyfluoroalkyl substances (PFAS) in contaminated soil.

Ep. 34: A Banner Year for Separation Science at Pittcon 2025

Ep. 34: A Banner Year for Separation Science at Pittcon 2025

March 14th 2025
Podcast
Downtown Baltimore city skyline , cityscape in Maryland USA | Image Credit: © f11photo - stock.adobe.com

ASMS Announces 2025 Award Winners

Aaron Acevedo
April 11th 2025
Article

The American Society for Mass Spectrometry has announced its award winners for 2025, including Jack Henion of Cornell University and Vilmos Kertesz of Oak Ridge National Laboratory.

Silvia Radenkovic on Building Connections in the Scientific Community

Silvia Radenkovic on Building Connections in the Scientific Community

Aaron Acevedo
April 11th 2025
Article

In the second part of our conversation with Silvia Radenkovic, she shares insights into her involvement in scientific organizations and offers advice for young scientists looking to engage more in scientific organizations.