Welcome to NewsforDev | News for Development
 Home  | Contact Sources  | Newsletters  | Top Ten  | Search  | Help
  NewsforDev is a service of the Technical Cooperation Agency ACP-EU (CTA)  
 Submit Source
 New User
Username

Password

Dossiers
 ACP-EU 
 Agriculture 
 Biodiversity 
 Biofuels 
 CTA 
 Climate Change 
 Development 
 HIV/AIDS 
 ICT 
 ICT4D 
 S&T 
 S&T4D 
 Trade 
 World News 

My News

Subscribe to Source: ScienceDaily | Energy Technology | News

User Login | Lost your Password?
 

New User

Email:
Username:
Country:
Security Code:Security Code
Type Security Code:
 
ScienceDaily / Energy Technology / News
Promising New Material Could Improve Gas Mileage
10 10 2008 With gasoline at high prices, it's disheartening to know that up to three-quarters of the potential energy you are paying for is wasted. Now researchers have identified a promising new material that could transform a technology that currently cools and heats car seats -- thermoelectrics -- into one that also efficiently converts waste heat into electricity to help power the car and improve gas mileage.
New Material Could Act As Nanofridge For Microchips In Smaller And Faster Computers
09 10 2008 Researchers in Spain have developed a material which could act as a nanofridge for computers, thus eliminating the barrier posed by overheating in ever smaller chips. The material is based on germanium nanostructures, presents a significant reduction in thermal conductivity and therefore could be a potential candidate in the development of thermoelectric systems compatible with silicon.
Highest Power Tabletop Laser Ever Built
09 10 2008 Physicists at the University of Texas have built a tabletop laser that produces, at the present time, the largest peak power of any laser in the world: 1.1 petawatts (PW), or 1,100 terawatts (1.1 x 10^15 watts).
More...
Subscribe: receive free updates in your mailbox!


Latest News | Login: Users

© 2008 CTA | Disclaimer

Website by Maarten van den Berg | RISQ Consultancy

Powered by MyHeadlines © 2004-2006 Mike Agar.

Page generation: 0.25 Seconds