Lynne Wong's PhD thesis

Page
Table 5.25. Parameters of the sorption isotherm models, coefficient of 218
determination R 2 , mean relative deviation modulus P, and
standard errors of the estimate E s for isotherms of dry leaf fines
aged 52 and 36 weeks at 30, 45, 55 and 60 o C.
Table 5.26. Parameters of the sorption isotherm models, coefficient of 219
determination R 2 , mean relative deviation modulus P, and
standard errors of the estimate E s for isotherms of green leaf
fibre aged 52 and 36 weeks at 30, 45, 55 and 60 o C.
Table 5.27. Parameters of the sorption isotherm models, coefficient of 220
determination R 2 , mean relative deviation modulus P, and
standard errors of the estimate E s for isotherms of green leaf
fines aged 52 and 36 weeks at 30, 45, 55 and 60 o C.
Table 5.28. Classification of residual plots of various isotherm models 224
applied to the nine cane components of R 570 aged 52 and 36
weeks.
Table 5.29. Predicted equilibria moisture content (db) from reconstituted 229
cane of R 570 aged 52 weeks at various temperatures and water
activities.
Table 5.30.
Table 5.31.
Table 5.32.
Table 5.33.
Predicted equilibrium moisture content (db) from reconstituted
230
cane of R 570 aged 36 weeks at various temperatures and water
activities.
Predicted equilibrium moisture content (db) from reconstituted
231
dry leaf and green leaf of R 570 aged 52 weeks at various
temperatures and water activities.
Predicted equilibrium moisture content (db) from reconstituted
232
dry leaf and green leaf of R 570 aged 36 weeks at various
temperatures and water activities.
Parameters of Hailwood-Horrobin sorption and GAB isotherm
234
equations, coefficient of determination R 2 , mean relative
deviation modulus P, and standard errors of estimate E s for
isotherm of reconstituted R 570 of two ages and at various
temperatures.
Table 6.1. Parameters of the Caurie I and BET sorption models, the 239
coefficient of determination R 2 , the mean relative deviation
modulus P, and the standard errors of the estimate E s for
isotherms of reconstituted R 570 of two ages and at various
temperatures.
Table 6.2. Properties of sorbed bound water and sorbent of cane 245
components at different temperatures.
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