- #1
dRic2
Gold Member
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Hi, I'm reading a paper about combustion and I can't understand the composition of the inlet mixture. Here's what the paper says:
"A known flow rate of the isobutene (Matheson, TriGas, 99.5%) in nitrogen (General Air, 99.998%) was introduced into a 6mm ID quartz reactor that was heated in an electric furnace..."
I need to calculate the mole fraction of isbutene, O2, and N2 but I don't understand the above sentence. Any suggestion would be of great help!
PS. isobutene = isobutylene
PSS: I find very strange that in a combustion experiment is not mentioned the amount of O2 in the mixture... Maybe I'm overlooking something, but I didn't find anything else in the paper
PSS: I forgot an important part: there is a line that says "N2/iC4H8 = 50/50 % mol"
"A known flow rate of the isobutene (Matheson, TriGas, 99.5%) in nitrogen (General Air, 99.998%) was introduced into a 6mm ID quartz reactor that was heated in an electric furnace..."
I need to calculate the mole fraction of isbutene, O2, and N2 but I don't understand the above sentence. Any suggestion would be of great help!
PS. isobutene = isobutylene
PSS: I find very strange that in a combustion experiment is not mentioned the amount of O2 in the mixture... Maybe I'm overlooking something, but I didn't find anything else in the paper
PSS: I forgot an important part: there is a line that says "N2/iC4H8 = 50/50 % mol"