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27 results on '"Smith David W"'

1. Civil Engineering Education of the Future

Author

Australasian Association for Engineering Education Conference (19th : 2008 : Central Queensland Univeristy, Yeppon), Hadgraft, Roger G, and Smith, David W

Published
2008

7. Carriage Of Human Rhinovirus (HRV)-A Was More Common Than HRV-C, In Asymptomatic Aboriginal And Non-Aboriginal Children Followed From Birth To 2 Years Of Age

Author

Annamalay, Alicia A., primary, Khoo, Siew-Kim, additional, Bizzintino, Joelene, additional, Chidlow, Glenys, additional, Lee, Wai Ming, additional, Jacoby, Peter, additional, Moore, Hannah C., additional, Harnett, Gerry B., additional, Smith, David W., additional, Gern, James, additional, Goldblatt, Jack, additional, Lehmann, Deborah, additional, LeSouef, Peter, additional, Laing, Ingrid A., additional, and ORMP Team, K, additional

Published
2011
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13. Bi-directional, 480Mbps, ultra-wideband, radio-over-fibre transmission using a 1310/1564nm reflective electro-absorption transducer and commercially-available components

Author

Thakur, Manoj P., primary, Quinlan, Terence, additional, Dudley, Sandra, additional, Toycan, Mehmet, additional, Bock, Carlos, additional, Walker, Stuart D., additional, Smith, David W., additional, Borghesani, Anna, additional, Moodie, David, additional, Llorente, Roberto, additional, Ran, Moshe, additional, and Ben-Ezra, Yossef, additional

Published
2008
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15. Modeling of electro-diffusive ion transport through charged porous materials using a multiscale iterative approach.

Author

Scheiner, Stefan, Pivonka, Peter, and Smith, David W.

Subjects
PROPERTIES of matter, POROUS materials, BOUNDARY value problems, PARTIAL differential equations, SEMICONDUCTOR doping
Abstract

The electro-diffusive transport behavior of ions through charged porous media is commonly described by phe-nomenological theories, directly formulated on the observation scale of the macroscopic material and disregarding the underlying physical principles known on the particle scale. In this paper, to remedy this deficit, a new approach is presented, by derivation of a generalized macroscopic mathematical framework valid for both charged and uncharged porous media, on the basis of classical Poisson and Nernst-Planck equations. Due to the distinctive nonlinearity of the sought-after quantities, an iterative, numerical two-scale homogenization scheme is employed for evaluation of the resulting governing equations, giving finally access to the effective macroscopic diffusion coefficients and fixed charge concentration as functions of the electrolyte background concentration and of the surface charge. While this methodology can be applied for a large number of different pore geometries, we restrict ourselves, for the time being, to linear cylindrical pores, to demonstrate the capability of the presented approach. For the chosen setup and boundary conditions, the applied two-scale model reveals deviations of the effective macroscopic diffusion coefficients from corresponding self-diffusion coefficients amounting to up to ≈ 12%. These results corroborate the relevance of the presented approach. [ABSTRACT FROM AUTHOR]

Published
2010
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17. ONE-BATH DYEING OF SHRINK-RESIST WOOL/COTTON BLENDS.

Author

Harrigan, Frank J., Smith, David W., Duffield, Peter A., and Smith, Shaun M.

Subjects
REACTIVE dyes, DYES & dyeing, COTTON textiles, WOOL, BLENDED textiles, COLORS
Abstract

The article describes reactive dyeing methods for shrink-resist wool/cotton blends. With Kayacelon React method, the cotton and wool component are dyed and small quantities of reactive or metal-complex wool dye need to be added to achieve a solid shade. It is suitable for piece dyeing and is the most viable mean of producing turquoise blue and emerald green shades. The substrate form, the nature of the product and the machinery available are some of the factors affecting the preparation procedure for wool/cotton blended products. Meanwhile, Indosol/Optisal dyes are excellent for dyeing shrink-resist wool/cotton blends. They are suitable for producing muted shades in medium and full depths.

Published
1999

18. Workstations (panel discussion).

Author

Agrawal, Prathima, Cohen, Frederick L., Palesko, Chet, Law, Hung-Fai Stephen, Miller, Mark, Price, Mike, Smith, David W., and Van Brunt, Nicholas P.

Published
1985

23. Workstations (panel discussion)

Author

Agrawal, Prathima, primary, Cohen, Frederick L., additional, Palesko, Chet, additional, Law, Hung-Fai Stephen, additional, Miller, Mark, additional, Price, Mike, additional, Smith, David W., additional, and Van Brunt, Nicholas P., additional

Published
1985
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