DuPont and four-time NASCAR Cup Series Champion Jeff Gordon today announced that DuPont will partner with customers and make an initial donation of more than 30 innovative products and services worth nearly $750,000 to help rebuild homes and businesses in tornado-ravaged Greensburg, Kan.
California native Chip Foose, car designer and host of the internationally known TV series Overhaulin’, is considered to be one of the world’s best-known and admired designers. And now, Foose will be developing an exclusive Line of special colors for BASF Coatings’ R-M automotive refinish brand, adding a special feature to the brand’s CARIZZMA Premium paints, which have just made their public debut.
>Årdal has an important task in quenching the ever-increasing thirst for solar energy products worldwide. Expertise in the fields of metallurgy, processes and industrialization explain why Norway and Årdal can fulfill this role.
Sheila Kennedy, an expert in the integration of solar cell technology in architecture who is now at MIT, creates designs for flexible photovoltaic materials that may change the way buildings receive and distribute energy.
The eye-catching design of Manchester’s latest landmark attraction – Chill Factor – features over 5,000m² of 2 different types of Kalzip aluminium cladding: Kalzip perforated facades and Kalbau profiled sheets.
SABIC Innovative Plastics’ high performance Lexan* Thermoclear* sheet is used for the roofs of four renovated or newly built stadiums for the UEFA Euro 2008 football championship, taking place in Austria and Switzerland from June 7 to 29, 2008.
Researchers for the first time successfully created entangled quantum states in diamond. As these results were obtained under ambient conditions they make diamond an ideal candidate for building a quantum computer working at room temperature.
Researchers have developed fuel cells with high power density of 400 watts per kilogram, which have so far only been achieved in considerably larger systems weighing several hundred grams. The fuel cell is light enough to power a twenty-centimeter helicopter.
Using carbon nanotubes, MIT chemical engineers have built the most sensitive electronic detector yet for sensing deadly gases such as the nerve agent sarin.
With new bridge-building materials, industrial production methods, and an efficient construction process, it will be possible to start using a bridge only two weeks after construction starts on the site. This is shown in...
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