ABSTRACT
For example, the calculated temperatures 1 are compared with Leuschke’s 2 experimental data of the same conditions under T
between the theory and the experiment where R 1 and the length are 0.16 m, and the subscripts m , h ,
and b are at the center, halfway, and near the surface of the deposit, respectively. The temperature profi les immediately before the ignition vary with the ambient temperature, as indicated in Figure 3.2 and Figure 3.3, the calculation and the experiment being compared at 414 K and 444 K, respectively. When
the ambient temperature is set to 408 K, the calculated deposit temperature maintains constant. The measured ignition temperature has been determined to be 412 K.
