Ignition delay of H2/O2/Ar mixtures

Ignition delay of H2/O2/Ar mixtures in shock
tubes. Initial conditions:H2 =8.0%,O2 =2.0% at 5 atm [11];
H2 =1.0%, O2 =2.0% at 1 atm [12]; H2 =2.0%, O2 =1.0%
at 33, 57, 64, and 87 atm [13]. Symbols: experimental data
[11–13]; solid lines: the present model; dashed lines: Mueller
et al. [1]. Ignition delay time for the cases of Ref. [11] is
defined by the maximum of OH concentration; for Ref. [12],
as the time when OH concentration reaches 1 × 10−6 mol/L;
and for Ref. [13], by the maximum of d[OH]
dt .

ผลลัพธ์ (อังกฤษ) 2:

Delay ignition of H2 / O2 / Ar mixtures in Shock
Tubes. Initial conditions: H2 = 8.0%, O2 = 2.0% at 5 ATM [11];
H2 = 1.0%, O2 = 2.0% at 1 ATM [12]; H2 = 2.0%, O2 = 1.0%
at 33, 57, 64, and 87 ATM [13]. Symbols: Experimental Data
[11-13]; solid lines: the present model; dashed Lines: Mueller
et Al. [1]. Ignition delay time for the cases of Ref. [11] is
defined by the maximum concentration of OH; for Ref. [12],
As when the time reaches 1 × 10-6 OH concentration mol / L;
and for Ref. [13], by the maximum of D [OH]
DT.

ผลลัพธ์ (อังกฤษ) 3:

Ignition delay of H2 / O2 / Ar mixtures in shock
tubes. Initial conditions: H2 =, = 8.0% O2 2.0% at 5 ATM [11];
H2 =, =, 1.0% O2 2.0% At 1 atm [12]; H2 =, = 2.0% O2 1.0%
at 33 57 64,,, 87 and 13 ATM []. Symbols: experimental data
[11 - 13]; solid lines: the present. Model; dashed lines: Mueller
et al. [1]. Ignition delay time for the cases of Ref. [11] is
defined by the maximum of OH. Concentration; for Ref.[12],
as the time when OH concentration reaches 1 × 10 − 6 mol / L;
and for Ref. [13], by the maximum of D [OH]
DT.