“New Orleans food is as delicious as the less criminal forms of sin.” -- Mark Twain (Samuel Langhorne Clemens) 1884
An earlier post to the Desulfurization Blog highlighted the potential of social bookmarking sites like Deli.cio.us to enhance your effectiveness as a professional researcher. Here are three examples from the bookmarks I have posted to my Deli.cio.us account. You can view all my bookmarks by visiting: http://delicious.com/jeansteinhardt
Social bookmarking has much to recommend it, but the two features that make them especially useful to me are the description field, and the tags field. The descriptions are copied from each bookmarked site and pasted into the description field. The tags are made up on the fly … they enable me to group bookmarks together in multiple ways.
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William J. Thomson-Chemical Engineering Department -Washington State University William J. Thomson, Ph.D.
Professor of Chemical Engineering
Department of Chemical Engineering
Chemical Engineering Department
Washington State University
thomson@che.wsu.edu
CATALYTIC FUEL REFORMING for FUEL CELL APPLICATIONS
Catalysts are being developed to convert a wide variety of potential fuels into hydrogen, for use in low temperature, Proton Exchange Membrane (PEM) fuel cells. Some of the fuels which have been utilized include ammonia, methanol, propane, as well as gasoline and diesel model hydrocarbons. Current research emphasis is on the stability of reforming catalysts and the development of catalysts and process conditions to improve sulfur tolerance of these catalysts. Funding has been provided by the US Army as well as the National Science Foundation. In addition to investigations of both steam and dry reforming of hydrocarbons, some of the work has also concentrated on CO removal via the water gas shift reaction and preferential oxidation of CO.
Tags: Desulfurization; Experts; Catalysis
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Nanostructured Materials Research Laboratory-MIT PEOPLE2 Located in the Department of Chemical Engineering at the Massachusetts Institute of Technology, the Nanostructured Materials Research Laboratory (NMRL) focuses on the processing of nanostructured materials which have unique microstructure and exceptional size-dependent properties. We seek to exploit the technological potential of this class of materials through our ability to tailor materials for novel catalytic, sensors, membranes, structural, electric, magnetic, and biomaterials applications. By tying together chemical engineering principles, surface chemistry and materials science, we seek to understand the process chemistry and structural physics of nanocrystalline, nanoporous and microemulsion systems
Tags: Desulfurization; Catalysis; Organizations; Nano
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CAMD-Center for Atomic Scale Materials Design PEOPLE3 Seach by Googling "Center for Atomic-scale Materials Design" +desulfurization Center for Atomic-scale Materials Design aims at developing electronic structure theory to understand the properties of materials and use the insight to design new functional nanostructures. Our research areas include:
Catalysis Informatics
Electrochemistry
Molecular Electronics
Metal Alloys
Metallic Glasses
Tags: Desulfurization; Organizations; Nano
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