The design of efficient systems, driven by sunlight, for splitting water into hydrogen and oxygen is among the most important challenges facing science today, underpinning the long-term potential of hydrogen as a clean, ...
If you have a cat or dog who likes to hide under the deck or children who play on equipment made with pressure-treated wood, you’ll be glad to hear that analytical chemist Julian Tyson and colleagues at the Univers...
Two Brown University chemists
have overcome a challenge to fuel cell reactions using palladium catalysts.
The scientists produced palladium nanoparticles with about 40 percent greater
active surface area than commercially available palladium particles, and the
nanoparticles remain intact four times longer.
Pentair, Inc. (NYSE: PNR) and Nano Terra, Inc., announced today they are forming a strategic alliance in water treatment. Pentair is a global leader in water movement, treatment, and storage technologies; and Nano Terra ...
A method for creating dispersed and chemically modified graphene sheets in a wide variety of organic solvents has been developed by a University of Texas at Austin engineering team led by Professor Rod Ruoff, opening the...
GoNano Technologies, Inc.,
a Moscow, Idaho based nanotechnology company specializing in the development
of high surface area Nanospring technology, recently received a Phase
I SBIR grant in the amount of $97,761 from the National Science Foundation to
develop novel electrodes for next generation ultracapacitors.
Research and Markets has announced the addition of John Wiley and Sons Ltd's new report "Carbon Materials for Catalysis" to their offering.
This is the first comprehensive book covering all aspects of t...
With the introduction of the Laser TIRF 3 microscope system, Carl
Zeiss significantly enhances the capability of scientists to visualise near-cell
membrane dynamic processes while maintaining optimum specimen incubation conditions.
Single molecule dynamic processes in cell-free systems may also be observed
and, in combination with other techniques such as Atomic Force Microscopy (AFM).
As the pressure increases and temperature varies, the
intra- and inter-molecular interactions of carbon dioxide change dramatically
and this results in different crystal structures in polymeric dense phases with
interesting physical properties, such as super-hardness.
Flexible display screens and cheap solar cells can become a reality through
research and development in organic electronics.
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