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Your search keyword '"*SEPARATION (Technology)"' showing total 4 results
4 results on '"*SEPARATION (Technology)"'

1. Preparative Separation of Polar Compounds Using Atlantis T3 OBD Technology.

Author

Fountain, Kenneth J., Collier, Steven M., and Diehl, Diane M.

Subjects
*SEPARATION (Technology), *HIGH performance liquid chromatography, *ANALYTICAL chemistry, *TECHNOLOGY, *INDUSTRIAL chemistry
Abstract

A RP-HPLC method was developed for the analytical separation of 13-blockers using the Atlantis T3 column. The separation was then directly scaled to the preparative dimension, where up to 280 mg was loaded in a single injection using 100% aqueous conditions. [ABSTRACT FROM AUTHOR]

Published
2007

2. XBridge Prep Columns: Scalability and Loadability for Preparative Separations.

Author

Fang Xia, Cavanaugh, Jie Y., and Drehl, Diane M.

Subjects
*HIGH performance liquid chromatography, *LIQUID chromatography, *SEPARATION (Technology), *TECHNOLOGY, *CHROMATOGRAPHIC analysis, *PHASE partition
Abstract

BEH Technology™, the second generation of patented organic/inorganic hybrid particle technology (HPT), is the new benchmark for HPLC columns. Waters XBridge™ Prep columns reach a new level of maximum loadability and direct scalability. [ABSTRACT FROM AUTHOR]

Published
2005

3. High Speed HPLC Separations Are Achievable Using Luna 2.5 μm HST Columns on a Standard HPLC System.

Author

Anspach, Jason A., Rahn, Peter C., and Koerner, Philip J.

Subjects
*SEPARATION (Technology), *HIGH performance liquid chromatography, *CHROMATOGRAPHIC analysis, *ANALYTICAL chemistry, *TECHNOLOGY
Abstract

The article presents an application note about the high speed high performance liquid chromatography (HPLC)separations, which are achievable using Luna 2.5 μm HST columns on a standard HPLC system. According to the authors, it is possible to obtain very fast separations using this system without having to invest in new systems capable of operating at very high backpressures. Materials and method used, results and discussion, and the conclusion are presented.

Published
2007

4. Looking Forward to 2006.

Author

Walsh, David

Subjects
*PERIODICALS, *SEPARATION (Technology), *TECHNOLOGY, *HIGH performance liquid chromatography, *E-zines, *LIQUID chromatography
Abstract

The article presents information on the role played by the journal "LC-GC North America," in delivering information related to the technological developments in the field of separation science. In addition to the three annual Application Notebooks of the journal, 2006 will include the supplements "Recent Developments in LC Column Technology," "Current Trends in Mass Spectrometry," and "Current Trends in Drug Discovery," as well as 12 new issues of the e-zine "The Peak." Technical papers from academia and industry will cover topics that run the gamut from HPLC, to the numerous hyphenated techniques that continue to dominate the field, to useful research articles on techniques such as HIC and chiral separations.

Published
2005

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