Sport_Pilot
Posts: 7718
Joined: 1/21/2002 From: Acworth,
GA, USA Status: offline
|
quote:
ORIGINAL: KC36330 quote:
ORIGINAL: Sport_Pilot That is not what you said, you said that the nitro slows the burn rate of the methanol down. When you mix fuels you usually end up with an average between the two and not take on the characteristics of one of them. The fuel burns slower because the nitro burns slower, the methanol is burning at its own rate. The introduction of nitro speeds up the flame front which causes detonation, but at the same time its residual continues to burn, so the fuel has charatistics of both fast burning and slow burning fuel. This is about the best article I have seen on nitro, at least as it is used in drag racing. when you mix nitromethane and methonol to make glow fuel, the resulting mixture burns OVERALL at a slower rate and at a cooler temperture. the methonol isn't burning at it's normal rate and leaving behind the nitro at its slower burning rate, the mixture is as a whole burning slower then a straight methonol mix. Actually I think this is very likely. In fact most likely the nitro if anything is speeding up the burn rate of the methanol. Nitro doesn't exactly burn slower, it actually burns quicker or at least the flame front, but it also burns longer. Maybe a better way to explain it is it burns like a log which has been soaked in kerosene? quote:
it's just like the mixing of lead and tin to make solder, lead melts at 621º F, tin melts at 450º F, yet a 60/40 mix of the two results in a melting temp of 370º F, far lower then either of the originals, they don't melt at their own representative melting points, just like the mix of nitro and methonol don't burn at their original prespective burn rates. kc This is the interaction of the molecules, or molecules which has a weaker bond to another element
_____________________________
“I Saw Elvis at 1000 Feet” John Force
|