Results 221 to 230 of about 13,919 (258)
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The Prediction of the Yield of Greasy Wool by Near-Infrared Reflectance Spectroscopy
Textile Research Journal, 1980The prediction of the yield of greasy wool from the estimation of the wool content of washed wool by near-infrared reflectance spectroscopy is demonstrated. This rapid, dry, nondestructive instrumental method is free from systematic error and approaches the accuracy of the conventional gravimetric method against which it is calibrated.
J.P. Connell, K.H. Norris
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10—THE VARIABILITY OF YIELD AND FINENESS IN SOME CARDING AND INFERIOR TOPMAKING WOOLS
The Journal of The Textile Institute, 1971Studies of sampling variability relating to the measurement of yield and fineness of greasy wool have been published previously for auction lots of Australian wool in spinners-wool categories. This paper describes similar studies for auction lots of carding and inferior topmaking wools. As expected, the between-bales and within-bales variability proved
H. G. David, R. E. O'Donnell
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Patanwadi sheep wool profile: yield, morphology and physico-mechanical properties
Tropical Animal Health and ProductionThe Patanwadi sheep breed, an indigenous species from Gujarat, India, is primarily reared for wool, mutton, and household milk production. Patanwadi wool attracts lower prices mainly because of its coarseness. However, complete wool profiling of Patanwadi sheep has remained unknown to date.
Vinod Kadam +3 more
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Wool yield and characteristics of Dorset, Leicester and Sunffolk breeds and their ‘DLS’ cross
The Journal of Agricultural Science, 1977SUMMARYGreasy fleece weight (12 months growth) and wool samples from hip and shoulder regions were taken on 15 Dorset, 20 Leicester, 20 Suffolk and 17 DLS ewes (a cross of ½ Dorset, ¼ Leicester, ¼ Suffolk obtained by mating DL rams to DS ewes and DS rams to DL ewes).
M. H. Fahmy, J. A. Vasely
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A Second Order Transition Temperature in Wool Fibers in the Post-Yield Region
Textile Research Journal, 1959A second order transition temperature exists for stretched wool fibers in water for the temperature range 60-70° C. This transition is indicated by the transformation in certain physical properties of the fibers such as birefringence and the ability to set per manently. Below the transition temperature a fiber under constant rate of loading passes from
M. Feughehnan, A.R. Haly, B.J. Rigby
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The Journal of The Textile Institute, 1978
Previous work on the blending of greasy-wool samples compared the variability within such samples blended in a ‘spherical’ blender, in which blending is achieved by the vigorous action of a fan, with that of samples blended in a ‘tumble’ blender, in which the main blending action is achieved by mixing in a rotating drum.
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Previous work on the blending of greasy-wool samples compared the variability within such samples blended in a ‘spherical’ blender, in which blending is achieved by the vigorous action of a fan, with that of samples blended in a ‘tumble’ blender, in which the main blending action is achieved by mixing in a rotating drum.
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Set in the Hookean and Yield Regions for Wool Fibers
Textile Research Journal, 1969M. Feughelman, F. Irani
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Survey on wool yield in angora rabbits of different genetic background
2000International ...
Eiben, C. +4 more
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Ovine KRTAP36-2: A New Keratin-Associated Protein Gene Related to Variation in Wool Yield
Genes, 2023Huitong Zhou +2 more
exaly
The Compressed Volume of Raw Wool as an Indicator of Yield
Journal of Animal Science, 1939Alexander Johnston, James Gray
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