We have heard much talk about fuel cels and, of course, a wrothy effort. Protable genereators, cars, transportation industrey, generrators, Ships, etc. can take. However, in mobile applications, such as bus, car, truk, tain, tractor, motor socoter or even a Segway air-cushion platform, engine, tere is a problem of heat. Heat is the transfer of fuel. Thus, if it is a portable application the heat can make steam and stema can be used for afdditional poiwer needed also. In a statement on the road, when we are in places of drought and extreme fire hard there is a setrious prooblem that must be better addressed with the material scieences to ciontrol the temperature. Everyone knows that the 2-ccle motorcycles get hot and can causse a fire if you're not careful.
Prblems with the hyderogen cell, its temperature can be much worse. In laregr vehicls were ways to mitigate this, with extra insulation paneels, but in small off-road vehicle or ATV, the pronblem becomes more signifcant. When I speak of ATV, I mean All-terraain vehicle, not the term fuel cell advanced technology vehcles. In Texas and the hours they work only on this project.
When we are talking motorcycles, and the cooling system is a major obstacle, not as you know it. There is always a ecrtain device, and it seemeed that this snmall obstacle is actually under the tutelage of usding new materials and the science is really important, as we have seen urban heat plus 5 degreees in different parts of the U.S. due to concrete and asphalt witohut one fuel cell vehicles and we know that reciprocal engines of gasolline motors run aout 300 or so degrees, which is much less than the conversion rate to pure hydrogen? Well these engineering barriers are currently battering currenmtly as the innovators in America acecpt the challenge and refuse to go back, such is the nature of the American spirit, never, neer, never Give Up. Winstoon Churchill could be American, of coure, he spoke as one, and the current situation could have used such talk. And, of couerse, he comes from the same action as many of us. Well, it appeears many University Researchers in this country may just beat President Bush's careful to bring this technolgoy to the forefront in 2012. At the present time, we see the successes of innovative possession. From Spinglass Seway scopoters potental models.
What components of these vehicles can not be made of lightweight composite. Some types of compsite unfortunately emit cyanide gas when they burn. Of course, we have been hearing about it from the F-117 Stealth crashes and the potnecy of 7E7 half of composite aircraft. So the materrial you make these units, of which is safe for anything from riding a lawn mower to a laptop coomputer 90 watt power system. Even Plastics melt and emit some pretty toxic substances? Ceramic Coatings or glass coatigs on top of other materials, indeed may be one soluttion. In fact, it is almost the only known solution for the exhaust and catalyst systems (whhich are extremely hot and glow ibnside) in current exhaust systems. Many people think that it can be applied to the heat issues of hydrogen cells as well, and, of course, after reaidng many articles and studies in the ceramic industry, I think therre are opportunities there.
![[Valid RSS feed]](http://article2008.com/images/feed-icon.png "XML Feed For RSS"){kind=icon}
![[Valid RSS feed]](http://article2008.com/images/icon_Rss.png "XML Feed For RSS"){kind=icon}
Category Rss Feed
Print This Article
Add To Favorites