On the surface, it releases more heat than normal, which is carried poleward by
normal atmospheric processes.
Not exact matches
Their findings have been recently published in EPJ D and are particularly relevant for the development of novel applications in medicine, health care and materials
processing because they involve air at
normal atmospheric pressure, which would make it cheaper than applications in inert gases or nitrogen.
In August 2005, the scientists reported that they created this compound by compressing buckyballs — soccer ball - shaped molecules each made of 60 carbon atoms — at 2,200 degrees C and 200 times
normal atmospheric pressure, a
process that could lend itself to mass production.