A front page report covering over forty column-inch was published in a local English daily on 11th April on the subject. It deserves national attention and urgent action by the government; if it is really serious to go ahead to provide more power within the next two years (by December 2012).
Our parents and grandparents were conservationists by instinct. All the more credit to them as fancy terms had not yet been invented - like reduce, re-use and re-cycle as recipes. Nor of Global Warming, Energy Budgets and Ozone Holes. They simply believed that it was sensible and proper that materials be used maximally or given away rather than being rubbished.
Researchers who have trained a tiny virus to do their bidding said on Thursday they made it build a more efficient and powerful lithium battery.
They changed two genes in the virus, called M13, and got it to do two things: build a shell made out of a compound called iron phosphate, and then attach to a carbon nanotube to make a powerful and tiny electrode.
This case study will describe an initiative jointly taken by Development Alternatives (DA) and SCATEC Solar-Norway to study the techno-social-financial viability of a clean and decentralised power plant. For this action research project, the team has identified 2 villages (Rampura and Gopalpura of Jhansi District, Uttar Pradesh) with different socio-economic conditions.
The first Formula 1 cars to be fitted with a controversial energy recovery system are due to race in this season's opening Grand Prix in Melbourne, Australia, on Sunday. But questions over the safety of the system remain unresolved in the run-up to the race.
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.
