Fire Science and Technology 2015 by Kazunori Harada Ken Matsuyama Keisuke Himoto Yuji Nakamura & Kaoru Wakatsuki

Author:Kazunori Harada, Ken Matsuyama, Keisuke Himoto, Yuji Nakamura & Kaoru Wakatsuki
Language: eng
Format: epub
Publisher: Springer Singapore, Singapore

Table 46.3 T i , P for each component at different heating rates

Components

5 K/min

20 K/min

60 K/min

Hemicellulose

560 K

580 K

600 K

Cellulose

618 K

636 K

685 K

Lignin

649 K

659 K

706 K

The linear relationships of ln (β/Ti, P 2) and 1/T i , P for the three components are plotted in Fig. 46.9. Accordingly, the E i and A i for each component are calculated from the slope and the intercept of each line based on Eq. 46.4. All the results are listed in Table 46.4.

Fig. 46.9 ln (β/T i , P 2 ) versus 1/T i , P for each component of wood

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