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Cotton Fiber Chemical Differences and Their Effect on Friction Behavior: A Comparison of Two Crop Years in the ATMI/ARS Leading Cultivars Study
Friction Behavior Cotton Fiber Chemical Differences
2008/6/5
A comparison of two crop years from the USDA-ATMI Leading Cultivars Study indicated a substantial increase in processing difficulties in CY 2002 compared with CY 2001, but HVI properties were unable t...
Development of New Reference Standards for Cotton Fiber Maturity
Cotton Fiber Maturity New Reference Standards
2008/6/5
An accurate measure of the maturity of a sample of cotton is essential for assessing the quality of the fiber. Work has begun to produce large quantities of diverse cottons with well-defined values of...
Implications of Surface Chemistry on Cotton Fiber Processing
Cotton Fiber Processing Implications of Surface Chemistry
2008/5/16
Increasing speeds of cotton yarn production in the textile mill have made it necessary to development complementary methods to traditional measurements of physical fiber properties, such as length and...
The Effect of Bale Ageing on Cotton Fiber Chemistry, Processing Performance, and Yarn Quality
Cotton Fiber Chemistry Bale Ageing
2008/5/9
The effects of ageing as a result of extended warehouse storage of baled cotton on fiber processing characteristics have not been extensively investigated. This study attempts to address this issue by...
The Influence of Surface Electrolyte and Moisture Content on the Frictional Behavior of Cotton Fiber
Moisture Content The Influence of Surface Electrolyte
2008/4/30
Cotton processing efficiency is dependent on the degree of friction between fibers and their processing environment as the fibers are subjected to the various pieces of equipment involved in convertin...
Application of Methylene Blue Adsorption to Cotton Fiber Specific Surface Area Measurement: Part I. Methodology
Specific Surface Area Measurement Cotton Fiber Methylene Blue Adsorption
2008/4/14
Adsorption of methylene blue or 3,7 bis (dimethylamino) phenothiazin-5-ium ion was used to measure the specific surface areas of six cotton fibers taken from the International Calibration Cotton Stand...