2016
DOI: 10.1007/s12613-016-1359-0
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Kinetic studies on the reduction of iron ore nuggets by devolatilization of lean-grade coal

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Cited by 6 publications
(3 citation statements)
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“…The reaction rate model that best describes the data may be identified from a master plot constructed with the values of g (α), using different reaction models and the experimental results obtained from iso‐conversional model 26–27 . At the reference point (50% conversion), g()α=0.5badbreak=AEaβR0.28emp()xα=0.5$$\begin{equation}g\left( {\alpha = 0.5} \right) = \frac{{A{E_a}}}{{\beta R}}\;p\left( {{x_{\alpha = 0.5}}} \right)\end{equation}$$…”
Section: Methodsmentioning
confidence: 99%
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“…The reaction rate model that best describes the data may be identified from a master plot constructed with the values of g (α), using different reaction models and the experimental results obtained from iso‐conversional model 26–27 . At the reference point (50% conversion), g()α=0.5badbreak=AEaβR0.28emp()xα=0.5$$\begin{equation}g\left( {\alpha = 0.5} \right) = \frac{{A{E_a}}}{{\beta R}}\;p\left( {{x_{\alpha = 0.5}}} \right)\end{equation}$$…”
Section: Methodsmentioning
confidence: 99%
“…θ expt or false[pfalse(xfalse)pfalse(xfalse)α=0.5false]$[ {\frac{{p( x )}}{{p{{( x )}_{\alpha = 0.5}}}}} ]$ (Equation 23) was computed from the values of p ( x ) and p ( x ) α =0.5 calculated by the respective iso‐conversional method. For an appropriate reaction‐rate model, the experimental points ( α , q expt ) should lie on the theoretical master‐plot of θ model vs α 8,26,27 …”
Section: Methodsmentioning
confidence: 99%
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