Numerical Investigation of Combustion Characteristics of a Wave Rotor Combustor Based on a Reduced Reaction Mechanism of Ethylene

Table 3

Elementary reactions in reduced mechanism.

No.	Reaction steps	No.	Reaction steps	No.	Reaction steps
1	oh + h2 = h + h2o	20	ch3 + o = ch2o + h	39	c2h3 + h = c2h2 + h2
2	o + oh = o2 + h	21	ch3 + oh = ch2o + h2	40	c2h3 + o2 = ch2o + hco
3	o + h2 = oh + h	22	ch3 + h = ch2 + h2	41	c2h3 + o2 = ch2hco + o
4	h + o2(+M) = ho2(+M)	23	ch2 + o2 = co + h2o	42	c2h3 + o2 = c2h2 + ho2
5	h + o2(+n2) = ho2(+n2)	24	2ch2 = c2h2+ 2 h	43	c2h3 + oh = c2h2 + h2o
6	oh + ho2 = h2o + o2	25	ch2 + hcco = c2h3 + co	44	c2h3 + ch3 = c2h2 + ch4
7	h + ho2 = 2oh	26	ch2o + h = hco + h2	45	c2h2 + oh = ch2co + h
8	h + ho2 = h2 + o2	27	hco + o2 = ho2 + co	46	c2h2 + o = ch2 + co
9	h + ho2 = o + h2o	28	hco + M = h + co + M	47	c2h2 + o = hcco+h
10	o + ho2 = o2 + oh	29	hco + oh = h2o + co	48	c2h2 + o2 = hcco+oh
11	2ho2 = h2o2 + o2	30	hco + h = co + h2	49	c2h2 + h(+M) = c2h3(+M)
12	2oh(+M) = h2o2(+M)	31	co + oh = co2 + h	50	ch2co + h = ch3 + co
13	h2o2 + oh = h2o + ho2	32	c2h4 + h = c2h3 + h2	51	ch2co + oh = hcco+h2o
14	h2o2 + h = ho2 + h2	33	c2h4 + oh = c2h3 + h2o	52	hcco+o = h + 2co
15	h2o2 + h = oh + h2o	34	c2h4 + o = ch3 + hco	53	hcco+o2 = hco + co + o
16	h2o2 + o = oh + ho2	35	c2h4 + o = ch2hco + h	54	hcco+o2 = co2 + hco
17	ch4 + h = ch3 + h2	36	c2h4 + ch3 = c2h3 + ch4	55	2hcco = c2h2+ 2co
18	ch4 + oh = ch3 + h2o	37	c2h4(+M) = c2h2 + h2(+M)
19	ch3 + ho2 = ch4 + o2	38	c2h4(+M) = c2h3 + h(+M)