Specific surface area of some standard cotton fiber and its relation to physical properties

C. Kaewprasit; N. Abidi; J. P. Gourlot; J. M. Douillard

Specific surface area of some standard cotton fiber and its relation to physical properties

C. Kaewprasit, N. Abidi, J. P. Gourlot, J. M. Douillard

Fiber and Biopolymer Research Inst

Research output: Contribution to conference › Paper › peer-review

Abstract

The specific surface area of 6 ICCS fibers, B-26, C-36, D-5, E-4, G-17 and I-26 was measured by means of methylene blue adsorption in liquid phase. The adsorption isotherm was hold at 25°C and during 24 hours. The concentration of methylene blue was in the range 0.004 - 0.18 g l^-1 for each isotherm. The surface area of these standard cottons were found 32.32, 32.42, 34.48, 52.72, 43.96 and 29.91 m²g^-1 respectively. Physical properties of these cottons such as crystallinity (determined by X-ray diffraction) and fineness (measured by gravimetric method, FMT 3 and AFIS) were measured in order to establish the relationships between the surface areas of six standard cottons and their physical properties.

Original language	English
Pages	718-720
Number of pages	3
State	Published - 1999
Event	Proceedings of the 1999 Beltwide Cotton Conference - Orlando, United States Duration: Jan 3 1999 → Jan 7 1999

Conference

Conference	Proceedings of the 1999 Beltwide Cotton Conference
Country	United States
City	Orlando
Period	01/3/99 → 01/7/99

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title = "Specific surface area of some standard cotton fiber and its relation to physical properties",

abstract = "The specific surface area of 6 ICCS fibers, B-26, C-36, D-5, E-4, G-17 and I-26 was measured by means of methylene blue adsorption in liquid phase. The adsorption isotherm was hold at 25°C and during 24 hours. The concentration of methylene blue was in the range 0.004 - 0.18 g l-1 for each isotherm. The surface area of these standard cottons were found 32.32, 32.42, 34.48, 52.72, 43.96 and 29.91 m2g-1 respectively. Physical properties of these cottons such as crystallinity (determined by X-ray diffraction) and fineness (measured by gravimetric method, FMT 3 and AFIS) were measured in order to establish the relationships between the surface areas of six standard cottons and their physical properties.",

author = "C. Kaewprasit and N. Abidi and Gourlot, {J. P.} and Douillard, {J. M.}",

year = "1999",

language = "English",

pages = "718--720",

}

TY - CONF

T1 - Specific surface area of some standard cotton fiber and its relation to physical properties

AU - Kaewprasit, C.

AU - Abidi, N.

AU - Gourlot, J. P.

AU - Douillard, J. M.

PY - 1999

Y1 - 1999

N2 - The specific surface area of 6 ICCS fibers, B-26, C-36, D-5, E-4, G-17 and I-26 was measured by means of methylene blue adsorption in liquid phase. The adsorption isotherm was hold at 25°C and during 24 hours. The concentration of methylene blue was in the range 0.004 - 0.18 g l-1 for each isotherm. The surface area of these standard cottons were found 32.32, 32.42, 34.48, 52.72, 43.96 and 29.91 m2g-1 respectively. Physical properties of these cottons such as crystallinity (determined by X-ray diffraction) and fineness (measured by gravimetric method, FMT 3 and AFIS) were measured in order to establish the relationships between the surface areas of six standard cottons and their physical properties.

AB - The specific surface area of 6 ICCS fibers, B-26, C-36, D-5, E-4, G-17 and I-26 was measured by means of methylene blue adsorption in liquid phase. The adsorption isotherm was hold at 25°C and during 24 hours. The concentration of methylene blue was in the range 0.004 - 0.18 g l-1 for each isotherm. The surface area of these standard cottons were found 32.32, 32.42, 34.48, 52.72, 43.96 and 29.91 m2g-1 respectively. Physical properties of these cottons such as crystallinity (determined by X-ray diffraction) and fineness (measured by gravimetric method, FMT 3 and AFIS) were measured in order to establish the relationships between the surface areas of six standard cottons and their physical properties.

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M3 - Paper

AN - SCOPUS:0033392129

SP - 718

EP - 720

Y2 - 3 January 1999 through 7 January 1999

ER -