Lynne Wong's PhD thesis

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Table 6.4.
Table 6.5.
Table 6.6.
Table 6.7.
The GAB model maximum net heat of sorption, q st , and entropy
257
of sorption, S d , at the corresponding EMC/% db for the nine
cane components aged 52 and 36 weeks.
Characteristic parameters obtained from the net isosteric
260
heat-entropy relationship for the nine cane components of
R 570 aged 52 and 36 weeks.
Comparison of the calculated bound water (primary, secondary
261
and tertiary) with the Brix-free water values of the nine cane
components of R 570 of two ages.
Separation of the total adsorbed water (m) into hydrated water
268
(m h ) and dissolved water (m s ) as given by the Hailwood-
Horrobin model for the nine cane components of R 570 aged 52
and 36 weeks at various temperatures.
Table 6.7. (Contd.) 269
Table 6.7. (Contd.) 270
Table 6.8.
Table 6.9.
Separation of the total adsorbed water (m) into hydrated water
271
(m h ) and dissolved water (m s ) as given by the Hailwood-
Horrobin model for the reconstituted cane stalk and dry leaf and
green leaf of R 570 of two ages at various temperatures.
Brix-free water and fibre saturation point bound water in fibres
276
of cane components of R 570.
Table A 4.1. Determination of Brix-free water values for cane fibres by 314
polarimetry.
Table A 4.2. Determination of Brix-free water in cane. 316
(xxxviii)