Robust methods with high efficiency, bonded-carbon HPLC columns

Elena Khmelnitskaia; Dwight Stoll; Peter W. Carr

Robust methods with high efficiency, bonded-carbon HPLC columns

Elena Khmelnitskaia, Dwight Stoll, Peter W. Carr

Chemistry (Twin Cities)

Research output: Contribution to journal › Article › peer-review

1 Scopus citations

Abstract

Loss of stationary phase, retention drift, and short column life are common problems using bonded-phase silicas, especially with aggressive mobile phases. A new bonding technology overcomes these problems by attaching C18 groups to a carbon surface with ultra-stable carbon-carbon bonds. This note shows that robust methods with high efficiency are now possible using ultra-stable bonded-carbon columns.

Original language	English (US)
Number of pages	1
Journal	LC-GC North America
Volume	20
Issue number	2 SUPPL.
State	Published - Feb 1 2002

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title = "Robust methods with high efficiency, bonded-carbon HPLC columns",

abstract = "Loss of stationary phase, retention drift, and short column life are common problems using bonded-phase silicas, especially with aggressive mobile phases. A new bonding technology overcomes these problems by attaching C18 groups to a carbon surface with ultra-stable carbon-carbon bonds. This note shows that robust methods with high efficiency are now possible using ultra-stable bonded-carbon columns.",

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N2 - Loss of stationary phase, retention drift, and short column life are common problems using bonded-phase silicas, especially with aggressive mobile phases. A new bonding technology overcomes these problems by attaching C18 groups to a carbon surface with ultra-stable carbon-carbon bonds. This note shows that robust methods with high efficiency are now possible using ultra-stable bonded-carbon columns.

AB - Loss of stationary phase, retention drift, and short column life are common problems using bonded-phase silicas, especially with aggressive mobile phases. A new bonding technology overcomes these problems by attaching C18 groups to a carbon surface with ultra-stable carbon-carbon bonds. This note shows that robust methods with high efficiency are now possible using ultra-stable bonded-carbon columns.

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JO - LC-GC North America

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Robust methods with high efficiency, bonded-carbon HPLC columns

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