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Your search keyword '"Konrad Thuermer"' showing total 2 results
Start Over Author "Konrad Thuermer" Topic business.industry
2 results on '"Konrad Thuermer"'

1. A NEW METHOD TO INVESTIGATE THE DOWNSTREAM MIGRATION OF FISHES WITHIN A HYDROPOWER PLANT AREA IN A MIDDLE EUROPEAN RIVER—A POSSIBILITY TO EVALUATE THE EFFECTIVENESS OF BEHAVIOUR BARRIERS

Author

Wolfgang Schmalz, Hans-Peter Hack, Joerg Kranawettreiser, Maria Siegesmund, and Konrad Thuermer

Subjects
Ecology, Downstream (manufacturing), business.industry, Environmental science, Water resource management, business, Ecology, Evolution, Behavior and Systematics, Hydropower
Published
2002
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2. Exploiting interfacial water properties for desalination and purification applications

Author

Zhu Chen, Tina M. Nenoff, Benjamin L. Frankamp, Gregory P. Holland, Darren R. Dunphy, Jacalyn S. Clawson, Sameer Varma, Henry Gerung, Peter J. Feibelman, Nathan W. Ockwig, George Xomeritakis, Luke L. Daemen, Frank van Swol, Ying-Bing Jiang, Christopher J. Orendorff, Darcie Farrow, Dale L. Huber, Randall T. Cygan, Joseph L. Cecchi, Hongwu Xu, Monika Hartl, Paul Stewart Crozier, C. Jeffrey Brinker, Matthew J. McGrath, Alex Travesset, Todd M. Alam, Jason D. Pless, Susan B. Rempe, Jack E. Houston, Kevin Leung, Louise J. Criscenti, Xiaoyang Zhu, J. Ilja Siepmann, Christian D. Lorenz, Seema Singh, Konrad Thuermer, Mark J. Stevens, Joshua A. Anderson, Ryan C. Major, Bruce C. Bunker, David J. Kissel, May Nyman, and Nanguo Liu

Subjects
business.industry, Environmental engineering, Environmental science, Water chemistry, Portable water purification, Water treatment, Bulk water, Purification methods, Water desalination, Process engineering, business, Desalination
Abstract

A molecular-scale interpretation of interfacial processes is often downplayed in the analysis of traditional water treatment methods. However, such an approach is critical for the development of enhanced performance in traditional desalination and water treatments. Water confined between surfaces, within channels, or in pores is ubiquitous in technology and nature. Its physical and chemical properties in such environments are unpredictably different from bulk water. As a result, advances in water desalination and purification methods may be accomplished through an improved analysis of water behavior in these challenging environments using state-of-the-art microscopy, spectroscopy, experimental, and computational methods.

Published
2008
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