A New Approach to the Study of Textile Dyeing Properties with Liquid Chromatography:Part I: Direct Dye Adsorption on Cotton Using a Rolled Fabric Stationary Phase

Christine M. Ladisch; Yiqi Yang

doi:10.1177/004051759206200808

A New Approach to the Study of Textile Dyeing Properties with Liquid Chromatography:Part I: Direct Dye Adsorption on Cotton Using a Rolled Fabric Stationary Phase

Christine M. Ladisch, Yiqi Yang

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

6 Scopus citations

Abstract

Direct dye adsorption isotherms have been obtained using a rolled cotton fabric stationary phase in a liquid chromatography column. Both frontal analysis and minor disturbance methods were tested. The minor disturbance method was not useful due to the slow rate of dye equilibration relative to the velocity of the pulse of dye passed through the fabric column. In comparison, the frontal analysis technique gave results similar to those obtained with standard equilibrium adsorption measurements in a beaker. This method permits determination of whole fabric dye sorption using liquid chromatography instrumentation in a manner that yields facile and quantitative measures of dye compatibility, as described in Part II of this paper.

Original language	English (US)
Pages (from-to)	481-486
Number of pages	6
Journal	Textile Research Journal
Volume	62
Issue number	8
DOIs	https://doi.org/10.1177/004051759206200808
State	Published - Aug 1992
Externally published	Yes

ASJC Scopus subject areas

Chemical Engineering (miscellaneous)
Polymers and Plastics

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title = "A New Approach to the Study of Textile Dyeing Properties with Liquid Chromatography:Part I: Direct Dye Adsorption on Cotton Using a Rolled Fabric Stationary Phase",

abstract = "Direct dye adsorption isotherms have been obtained using a rolled cotton fabric stationary phase in a liquid chromatography column. Both frontal analysis and minor disturbance methods were tested. The minor disturbance method was not useful due to the slow rate of dye equilibration relative to the velocity of the pulse of dye passed through the fabric column. In comparison, the frontal analysis technique gave results similar to those obtained with standard equilibrium adsorption measurements in a beaker. This method permits determination of whole fabric dye sorption using liquid chromatography instrumentation in a manner that yields facile and quantitative measures of dye compatibility, as described in Part II of this paper.",

author = "Ladisch, {Christine M.} and Yiqi Yang",

year = "1992",

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N2 - Direct dye adsorption isotherms have been obtained using a rolled cotton fabric stationary phase in a liquid chromatography column. Both frontal analysis and minor disturbance methods were tested. The minor disturbance method was not useful due to the slow rate of dye equilibration relative to the velocity of the pulse of dye passed through the fabric column. In comparison, the frontal analysis technique gave results similar to those obtained with standard equilibrium adsorption measurements in a beaker. This method permits determination of whole fabric dye sorption using liquid chromatography instrumentation in a manner that yields facile and quantitative measures of dye compatibility, as described in Part II of this paper.

AB - Direct dye adsorption isotherms have been obtained using a rolled cotton fabric stationary phase in a liquid chromatography column. Both frontal analysis and minor disturbance methods were tested. The minor disturbance method was not useful due to the slow rate of dye equilibration relative to the velocity of the pulse of dye passed through the fabric column. In comparison, the frontal analysis technique gave results similar to those obtained with standard equilibrium adsorption measurements in a beaker. This method permits determination of whole fabric dye sorption using liquid chromatography instrumentation in a manner that yields facile and quantitative measures of dye compatibility, as described in Part II of this paper.

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A New Approach to the Study of Textile Dyeing Properties with Liquid Chromatography:Part I: Direct Dye Adsorption on Cotton Using a Rolled Fabric Stationary Phase

Abstract

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