Table 14. Gas composition (mass share, %). U0 =10 m/s, 98-open,
x=280 mm, Tu0 =1%

y,mmCO2H2OC2H4OC2H5OHO2N2CO
0 2,00 5,80 0,5079,200,50 11,001,00
1 5,00 9,00 0,5352,690,50 28,024,00
2 7,00 12,000,9824,000,50 46,598,00
3 9,00 13,500,1812,000,50 57,008,00
4 11,0014,000,092,00 0,50 65,007,28
5 12,1614,000,000,00 1,30 67,005,36
6 12,3812,000,000,00 3,80 68,003,44
7 12,2111,980,000,00 4,50 69,001,92
8 11,6010,880,000,00 6,50 69,500,65
9 10,559,980,000,00 8,20 70,000,38
109,25 8,360,000,00 10,5071,000,00
126,38 5,930,000,00 14,5072,500,00
154,02 3,650,000,00 18,0073,450,00
201,78 1,950,000,00 21,0074,500,00
250,42 0,940,000,00 22,9075,600,00

If velocity is 10 m/s, oxygen concentration in the flame front does not equal null.
We could not stop chemical reactions at sampling