The goal of this project is to explore nanowires (NWs) of Li-ion battery electrode materials for improving the battery energy and power density for electric vehicles. NWs offer advantages of a large surface to volume ratio, efficient electron conducting pathways and facile strain relaxation.

The dream of climate-friendly, petroleum-free motoring is creeping closer - thanks to a clutch of breakthroughs in nanotechnology. Several recently reported lab findings promise to vastly improve the safety and performance of the high-capacity batteries that electric cars will need, at last making them a viable alternative to today's petroleum-powered vehicles. Feb 27, 2008

There are an estimated one million cycle rickshaws plying on the

While scientists debate whether electric cars are environmental saints or sinners, New Jersey-based Engelhard Corp has invented a catalyst that may turn gas-guzzlers from air-foulers into clean-up

THE GAS-guzzlers of today may speed their way to extinction as the electric car of the future changes to fourth gear. USA's Advanced Battery Consortium -- formed by Ford, Chrysler and General

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