Properties of ionized monolayers Part 5. - Surface potentials and pressures of insoluble monolayers of sodium octadecyl sulphate

J. Mingins; Brian Anthony Pethica

doi:10.1039/TF9635901892

Properties of ionized monolayers Part 5. - Surface potentials and pressures of insoluble monolayers of sodium octadecyl sulphate

J. Mingins, Brian Anthony Pethica

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Abstract

Surface pressures and surface potentials of spread monolayers of sodium octadecyl sulphate at the air/solution interface have been measured at 9·5°C for surface areas from 80 to 5000 Å²/ molecule on sodium chloride solutions (0·1, 0·01 and 0·001 M). The variations of surface potential and pressure with respect to surface area and electrolyte concentration in the sub-solution are analyzed in terms of current theories of the ionic double layer.

Original language	English (US)
Pages (from-to)	1892-1905
Number of pages	14
Journal	Transactions of the Faraday Society
Volume	59
DOIs	https://doi.org/10.1039/TF9635901892
State	Published - Jan 1 1963
Externally published	Yes

All Science Journal Classification (ASJC) codes

Engineering(all)
Physics and Astronomy(all)
Physical and Theoretical Chemistry

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10.1039/TF9635901892

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title = "Properties of ionized monolayers Part 5. - Surface potentials and pressures of insoluble monolayers of sodium octadecyl sulphate",

abstract = "Surface pressures and surface potentials of spread monolayers of sodium octadecyl sulphate at the air/solution interface have been measured at 9·5°C for surface areas from 80 to 5000 {\AA}2/ molecule on sodium chloride solutions (0·1, 0·01 and 0·001 M). The variations of surface potential and pressure with respect to surface area and electrolyte concentration in the sub-solution are analyzed in terms of current theories of the ionic double layer.",

author = "J. Mingins and Pethica, {Brian Anthony}",

year = "1963",

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doi = "10.1039/TF9635901892",

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AU - Mingins, J.

AU - Pethica, Brian Anthony

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N2 - Surface pressures and surface potentials of spread monolayers of sodium octadecyl sulphate at the air/solution interface have been measured at 9·5°C for surface areas from 80 to 5000 Å2/ molecule on sodium chloride solutions (0·1, 0·01 and 0·001 M). The variations of surface potential and pressure with respect to surface area and electrolyte concentration in the sub-solution are analyzed in terms of current theories of the ionic double layer.

AB - Surface pressures and surface potentials of spread monolayers of sodium octadecyl sulphate at the air/solution interface have been measured at 9·5°C for surface areas from 80 to 5000 Å2/ molecule on sodium chloride solutions (0·1, 0·01 and 0·001 M). The variations of surface potential and pressure with respect to surface area and electrolyte concentration in the sub-solution are analyzed in terms of current theories of the ionic double layer.

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Properties of ionized monolayers Part 5. - Surface potentials and pressures of insoluble monolayers of sodium octadecyl sulphate

Abstract

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