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The suitability of a rotating fluidised bed (RFB) for incineration and gasificationWong, Wai Yin January 2001 (has links)
No description available.
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The lustre of woolKettlewell, R. January 1987 (has links)
No description available.
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The chemical modification of wool with isocyanatesGupta, Arun Kumar January 1980 (has links)
No description available.
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The marketing of British woolWalker, A. M. January 1984 (has links)
No description available.
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Thermodynamic study of the interaction of selected monoaza disperse dyes with woolCassidy, E. T. January 1986 (has links)
No description available.
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Isolation and characterisation of ovine homeobox genes in wool follicles / Guy Rex Sander.Sander, Guy, 1969- January 2000 (has links)
Includes a copy of an article co-authored by the author during the preparation of this thesis. / Bibliography: leaves 132-148. / iv, 148 leaves : ill. (some col.); 30 cm. / Title page, contents and abstract only. The complete thesis in print form is available from the University Library. / This thesis describes the screening of the sheep wool follicle for expression of Antennapedia-like homeobox genes by RT-PCR and the isolation and characterisation of the Hoxc-13 gene and a novel hoeobox gene, Barx2. / Thesis (Ph.D.)--Adelaide University, Dept. of Animal Science, 2001
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All wool and a yard wide: Victoria's wool textile industry, 1900 to 1930Worrall, Airlie January 1988 (has links)
The years between Federation and the great depression were profoundly important ones both for Victoria and its wool textiles industry. Nationhood, war, the booming twenties and the sombre years to follow all affected people’s expectations and perceptions of themselves. These expectations and perceptions were expressed in the clothes they wore and the fabrics and yarns they required for other ends, and thereby the mills which made these things were also changed. (For complete abstract open document).
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All wool and a yard wide: Victoria's wool textile industry, 1900 to 1930Worrall, Airlie January 1988 (has links)
The years between Federation and the great depression were profoundly important ones both for Victoria and its wool textiles industry. Nationhood, war, the booming twenties and the sombre years to follow all affected people’s expectations and perceptions of themselves. These expectations and perceptions were expressed in the clothes they wore and the fabrics and yarns they required for other ends, and thereby the mills which made these things were also changed. (For complete abstract open document).
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Intrinsic strength of merino wool fibresThompson, Andrew Nathan. January 1998 (has links) (PDF)
Bibliography: p. 198-233. Results presented highlight the complexity of the task of postulating theoretical models on the basis of simple relationships between chemical constitution and mechanical properties, and more basic research is required to clearly define the roles of microfibril and matrix proteins on the mechanical characteristics of wool fibres.
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Determining price differences among different classes of wool from the U.S. and AustraliaHager, Shayla Desha 30 September 2004 (has links)
The U.S. wool industry has long received lower prices for comparable wool types than those of Australia. In order to better understand such price differences, economic evaluations of both the U.S. and Australian wool markets were conducted. This research focused on two primary objectives. The first objective was to determine what price differences existed between the Australian and U.S. wool markets and measure that difference. The second objective was to calculate price differences attributable to wool characteristics, as well as those resulting from regional, seasonal, and yearly differences. In order to accomplish the objectives, the study was set up into three different hedonic pricing models: U.S., Australian, and combined. In the U.S. model, there were significant price differences in season, year, region, level of preparation, and wool description. In addition, average fiber diameter (AFD) had a negative nonlinear relationship with price and lot weight had a positive linear relationship with price. The Australian model was notably different than the U.S. model in that there were only three variables. The yearly variable follows the same general pattern as the U.S. data but with a smaller span of difference. The seasonal price differences were distinctly different than the U.S. because of the difference in seasonal patterns. In addition, the AFD had a similar negative nonlinear relationship with price. The final model combines both the U.S. data and the Australian data. The combined model had only three variables: season, year, AFD and country. As in the case of the previous two models, AFD had the same negative nonlinear relationship and similar price elasticity. Overall, there was a -30.5 percent discount for U.S. wool when compared to Australian wool. This can be attributed to several different factors. One of which is that the Australian wool industry has a more extensive marketing scheme when compared to the U.S wool market as a whole. However, this is only a beginning to future research that needs to be conducted. Continuing this study for future years, having more descriptive categories, and additional countries would further add explanation to wool prices.
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