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Lynne Wong's PhD thesis

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Figure 5.11. Residual plots for the different isotherm models of the EMC 223<br />

data of stalk fibre of R 570 aged 52 weeks at temperatures of 30,<br />

45, 55 and 60 °C.<br />

Figure 5.12.<br />

Figure 5.13.<br />

Figure 5.14.<br />

Comparison of the experimental and predicted EMC of the nine<br />

225<br />

cane components of R 570 aged 52 weeks by the modified GAB<br />

model (Lines represent the predicted values).<br />

Comparison of the experimental and predicted EMC of the nine<br />

226<br />

cane components of R 570 aged 52 weeks by the Hailwood-<br />

Horrobin model (Lines represent the predicted values).<br />

Comparison of the experimental and predicted EMC of the nine<br />

227<br />

cane components of R 570 aged 52 weeks by the GAB model<br />

(Lines represent the predicted values).<br />

Figure 5.15. Comparison of the calculated and predicted EMC data for 235<br />

reconstituted cane stalk, dry leaf and green leaf of variety R 570<br />

aged 52 weeks by the Hailwood-Horrobin and GAB models at<br />

30, 45, 55 and 60 °C (Lines represent the predicted values).<br />

Figure 6.1.<br />

Variation of the GAB model monolayer moisture content with<br />

240<br />

temperature for the nine cane components of R 570 aged 52<br />

and 36 weeks.<br />

(xxv)

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