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aThe key conditions that were changed between runs are given in Table 22.3. Other conditions are as given in Tables 22.1 and 22.2. b Time of peak heat production.

cRate of heat liberation by the growth reaction in Watts (the first term on the right hand side of the solid phase energy balance in Fig. 22.2). d These values were calculated on the basis of the values of the remaining terms on the right hand side of the solid phase energy balance in Fig. 22.2, each of which has the units of Watts. The % of the heat transferred to the wall was calculated using the fourth term, the % of heat removed as sensible energy to the gas phase was calculated using the second term and the % of heat removed as the latent heat associated with evaporation of water from solids was calculate using the fourth term.

aThe key conditions that were changed between runs are given in Table 22.3. Other conditions are as given in Tables 22.1 and 22.2. b Time of peak heat production.

cRate of heat liberation by the growth reaction in Watts (the first term on the right hand side of the solid phase energy balance in Fig. 22.2). d These values were calculated on the basis of the values of the remaining terms on the right hand side of the solid phase energy balance in Fig. 22.2, each of which has the units of Watts. The % of the heat transferred to the wall was calculated using the fourth term, the % of heat removed as sensible energy to the gas phase was calculated using the second term and the % of heat removed as the latent heat associated with evaporation of water from solids was calculate using the fourth term.

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