Lynne Wong's PhD thesis

Page
Table 5.13.
Table 5.14.
Equilibrium moisture content (on a dry basis) of dry leaf fibre
199
from R 570 aged 52 weeks and 36 weeks at various
temperatures and water activities.
Equilibrium moisture content (on a dry basis) of dry leaf fines
200
from R 570 aged 52 weeks and 36 weeks at various
temperatures and water activities.
Table 5.15. Equilibrium moisture content (on a dry basis) of green leaf 201
fibre from R 570 aged 52 weeks and 36 weeks at various
temperatures and water activities.
Table 5.16. Equilibrium moisture content (on a dry basis) of green leaf 202
fines from R 570 aged 52 weeks and 36 weeks at various
temperatures and water activities.
Table 5.17. Freundlich constants for primary and secondary equilibria of 206
adsorption isotherms of cane components aged 52 weeks.
Table 5.18. Freundlich constants for primary and secondary equilibria of 207
adsorption isotherms of cane components aged 36 weeks.
Table 5.19. Parameters of the sorption isotherm models, coefficient of 212
determination R 2 , mean relative deviation modulus P, and
standard errors of the estimate E s for isotherms of stalk fibre
aged 52 and 36 weeks at 30, 45, 55 and 60 o C.
Table 5.20. Parameters of the sorption isotherm models, coefficient of 213
determination R 2 , mean relative deviation modulus P, and
standard errors of the estimate E s for isotherms of stalk pith
aged 52 and 36 weeks at 30, 45, 55 and 60 o C.
Table 5.21. Parameters of the sorption isotherm models, coefficient of 214
determination R 2 , mean relative deviation modulus P, and
standard errors of the estimate E s for isotherms of rind fibre
aged 52 and 36 weeks at 30, 45, 55 and 60 o C.
Table 5.22. Parameters of the sorption isotherm models, coefficient of 215
determination R 2 , mean relative deviation modulus P, and
standard errors of the estimate E s for isotherms of rind fines
aged 52 and 36 weeks at 30, 45, 55 and 60 o C.
Table 5.23. Parameters of the sorption isotherm models, coefficient of 216
determination R 2 , mean relative deviation modulus P, and
standard errors of the estimate E s for isotherms of top fibre aged
52 and 36 weeks at 30, 45, 55 and 60 o C.
Table 5.24. Parameters of the sorption isotherm models, coefficient of 217
determination R 2 , mean relative deviation modulus P, and
standard errors of the estimate E s for isotherms of dry leaf fibre
aged 52 and 36 weeks at 30, 45, 55 and 60 o C.
(xxxv)