The battlefield of the future may react differently to combat injuries, providing instant treatment to wounded soldiers even before a medic reaches their side.
Impossible? Not if researchers at universities on opposit...
Now an international team of researchers has shown that the gyroid structure can be used to "self-assemble" a low-cost photovoltaic cell.
Taking a novel approach to educating the public about the fast-growing field of nanotechnology, the College of Nanoscale Science and Engineering ("CNSE") of the University at Albany and Colonie Center today unveiled what...
Researchers at the University of Delaware have provided what is believed to be the first experimental evidence that plants can take up nanoparticles and accumulate them in their tissues.
Top hydrogen-absorbing metal alloy sixty percent lighter than battery
Dutch-sponsored researcher Robin Gremaud has shown that an alloy of the metals magnesium, titanium and nickel is excellent at absorbing hydrogen. Thi...
“The Future of Power Generation – The Role of Particulate Materials” identifies key development opportunities for particulate materials and products in power generation, transformation, transmission, di...
Highlighted by their utilisation in the automotive industry, fuel cells are
fast gathering pace as an important alternative to the power produced from fossil
cells. Fuel cells offer benefits in terms of efficiency and low emissions however
development is challenged by the need for better materials to make fuels financially
beneficial and more durable. Materials for fuel cells from Woodhead
Publishing reviews the developments in materials to fulfil the potential
of fuel cells as a major power source.
Central to the development of hydrogen as a major alternative energy source
is its safe, efficient and viable storage. In order to benefit from the highly
efficient and low emission producing fuel cell consideration needs to be made
for unique requirements in storage. Solid-state hydrogen storage: Materials
and chemistry from Woodhead
Publishing provides a comprehensive review of the latest advances in solid-state
hydrogen storage.
The first-ever glimpse of nanoscale catalysts in action could lead to improved pollution control and fuel cell technologies
Central to the development of hydrogen as a major alternative energy source is its safe, efficient and viable storage. In order to benefit from the highly efficient and low emission producing fuel cell consideration need...
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