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Your search keyword '"*SEPARATION (Technology)"' showing total 5 results
5 results on '"*SEPARATION (Technology)"'

1. Multidimensional Planar Chromatography.

Author

Nyiredy, Szabolcs

Subjects
*THIN layer chromatography, *SEPARATION (Technology), *CHROMATOGRAPHIC analysis, *SOLVENTS, *TECHNOLOGY, *RESEARCH
Abstract

Focuses on the offer of high separation power by modern planar chromatographic techniques. Application of two-dimensional planar arrangements, chromatoplates with different properties; Potential of multidimensional planar chromatographic techniques.

Published
2003

2. Developments in 2D GC with Heartcutting.

Author

Mac Namara, Kevin and Leardi, Riccardo

Subjects
*GAS chromatography, *SEPARATION (Technology), *TECHNOLOGY, *DETECTORS, *CHROMATOGRAPHIC analysis, *RESEARCH
Abstract

Focuses on separation efficiency of capillary gas chromatography, complemented by hardware and detectors. Complexity of resolution on any chromatographic phase; Exacerbation of compounds present at trace amounts; Use of selective element specific detectors for positive compound identification.

Published
2003

3. Practical Applications of Charged Surface Hybrid (CSH) Technology.

Author

Fountain, Kenneth J., Hewitson, Hillary B., Iraneta, Pamela C., and Damian Morrison

Subjects
*CHROMATOGRAPHIC analysis, *TECHNOLOGY, *INDUSTRIAL chemistry, *CHEMICAL reactors, *SEPARATION (Technology)
Abstract

The article discusses the practical applications of charged surface hybrid (CSH) technology and how it provides solutions to major problems in stationary phases. It describes the practical use of columns built on CSH technology and demonstrates it with commercial drug substances in the influence of routine use conditions. It says that the consistent addition of a low-level positive charge permits such columns in rendering different selectivity and improved performance.

Published
2010

4. 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

5. 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

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