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Textile Research Journal, 1957
The topography of unmoditied cotton fibers has been examined microscopically by means of surface replica techniques. The outstanding characteristic of the surface is a system of roughly parallel ridges and grooves spiraling around the fiber at an acute angle (usually 20 30 ) to its axis.
Verne W. Tripp +2 more
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The topography of unmoditied cotton fibers has been examined microscopically by means of surface replica techniques. The outstanding characteristic of the surface is a system of roughly parallel ridges and grooves spiraling around the fiber at an acute angle (usually 20 30 ) to its axis.
Verne W. Tripp +2 more
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The Surface of the Cotton Fiber
Textile Research Journal, 1957Experiments designed to complement microscopical studies and to attempt a practical evaluation of the effectiveness of various agents which impart resistance to dry soil are reported. Various methods of applying soil to fabric were evaluated, as was the ef fectiveness of a number of soil retardants.
Blanche R. Porter +3 more
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The cotton fiber transcriptome
Physiologia Plantarum, 2005Among the longest cell types known in plants, cotton fibers are economically important seed trichomes that provide a unique single‐celled model system for studying fundamental biological processes. Functional genomic approaches have served to characterize dynamic changes to the cotton fiber transcriptome in response to developmental signals that ...
Thea A. Wilkins, A. Bulak Arpat
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Textile Research Journal, 1958
The location of soiling agents such as colloidal and activated carbon, floor soil. a syn thetic soil, and a clay on gray and modified plain weave cotton fabrics soiled under con trolled conditions was determined by light and electron microscopical examination.
Verne W. Tripp +3 more
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The location of soiling agents such as colloidal and activated carbon, floor soil. a syn thetic soil, and a clay on gray and modified plain weave cotton fabrics soiled under con trolled conditions was determined by light and electron microscopical examination.
Verne W. Tripp +3 more
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[Ultrastructure differences of in vitro cotton fiber and native cotton fiber].
Shi yan sheng wu xue bao, 2004Native cotton fiber and in vitro cotton fiber that was induced from cotton ovule callus by suspension culture were observed using transmission electron microscope and scanning electron microscope. The ovule surface on the first day preanthesis was quite smooth. On the anthesis, it had a lot of protuberances.
Q X, Tang, H M, Zhang, L H, Wang
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2018
Cotton fibers have complex structures despite being composed almost exclusively of the molecule cellulose. Cellulose molecules, composed of d-glucose residues, are arranged in nano-sized crystals, or crystallites. The fundamental unit of the crystal is the unit cell that is repeated along its edges, along with the atoms inside, to create the entire ...
Alfred D. French, Hee Jin Kim
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Cotton fibers have complex structures despite being composed almost exclusively of the molecule cellulose. Cellulose molecules, composed of d-glucose residues, are arranged in nano-sized crystals, or crystallites. The fundamental unit of the crystal is the unit cell that is repeated along its edges, along with the atoms inside, to create the entire ...
Alfred D. French, Hee Jin Kim
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The Fractography of Cotton Fibers
Textile Research Journal, 1971Cotton fibers were broken under a variety of conditions and the fractures were examined in a scanning electron micro scope. Many fractures occur adjacent to the reversal zone and not through it, indicating that the reversal itself is strong, but, because of its existence in the fiber, it is a source of weakness in that it is the cause of fracture in a ...
J.W.S. Hearle, J.T. Sparrow
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2018
Cotton is the world’s most economically important natural fiber. Fully developed cotton fibers mainly consist of secondary cell wall that is almost pure cellulose. Cellulose deposition is developmentally regulated during cotton fiber development and affects phenotypes and commercial values of cotton fibers.
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Cotton is the world’s most economically important natural fiber. Fully developed cotton fibers mainly consist of secondary cell wall that is almost pure cellulose. Cellulose deposition is developmentally regulated during cotton fiber development and affects phenotypes and commercial values of cotton fibers.
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Development of the Cotton Fiber
1984Publisher Summary This chapter discusses the various facets of cotton-fiber development and focuses on some currently critical areas of investigation. In addition to its commercial importance, cotton fiber has several attributes that make it an experimental system of choice for the investigation of physiological and biochemical changes accompanying ...
Amarjit S. Basra, C.P. Malik
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Textile Research Journal, 1962
An investigation of the crimp properties of cotton fibers is presented. Two independent groups of parameters are used: one describing the geometry of the fiber and the other the dynamic behavior of its crimp. The static parameters—the crimp diameter and the crimp ratio—are measured on a crimp meter. The dependence of
E. Alexander +4 more
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An investigation of the crimp properties of cotton fibers is presented. Two independent groups of parameters are used: one describing the geometry of the fiber and the other the dynamic behavior of its crimp. The static parameters—the crimp diameter and the crimp ratio—are measured on a crimp meter. The dependence of
E. Alexander +4 more
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