Table 2.

Summary of formulas for $y_{{\text{O}}_2,\text{E}}$.

Scheme	Formula	Equation (this paper)
Scheme A* (no fire, O2 measured)	$y_{{\text{O}}_2,\text{E}}\equiv y_{{\text{O}}_2,\text{E}}^{*}=\left(1-y_{{\text{CO}}_2,\text{E}}^{*}-y_{{\text{H}}_2\text{O},\text{E}}^{*}\right)y_{{\text{O}}_2,\text{A}}^{*}$	Eq. (66)
	$y_{{\text{H}}_2\text{O},\text{E}}^{*}=\frac{RH}{100}\frac{p_{\text{vap},{\text{H}}_2\text{O}}\left(T_{\text{E}}\right)}{p_{\text{T}}}$	Eq. (67)
	$y_{{\text{CO}}_2,\text{E}}^{*}$ measured independently
Scheme B* (no fire, O2 and CO2 measured)	$y_{{\text{O}}_2,\text{E}}\equiv y_{{\text{O}}_2,\text{E}}^{*}=\left(1-y_{{\text{H}}_2\text{O},\text{E}}^{*}\right)y_{{\text{O}}_2,\text{A}}^{*}$	Eq. (72)
	$y_{{\text{H}}_2\text{O},\text{E}}^{*}=\frac{RH}{100}\frac{p_{\text{vap},{\text{H}}_2\text{O}}\left(T_{\text{E}}\right)}{p_{\text{T}}}$	Eq. (67)
Scheme C* (no fire, O2, CO2, and CO measured)	Same as scheme B*
Scheme D* (no fire, O2, CO2, CO, and H2O measured)	Same as scheme B*