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Online since: October 2014
Authors: Ahmad Fauzi Ismail, A.S. Mohruni, A. Mataram, T. Matsura
.%)
Factor 3
Voltage
(Volt)
Response 1
Pore size
(micron)
Response 3
Young modulus
(Pascal)
Response 4
CWP
(L/m2hr.bar)
1
14
Block 1
6.00
16.00
15.00
0.3
789
1878
2
18
Block 1
15.00
16.00
15.00
0.24
800
1900
3
7
Block 1
6.00
19.00
15.00
0.2
870
1989
4
4
Block 1
15.00
19.00
15.00
0.23
896
1993
5
2
Block 1
6.00
16.00
25.00
0.16
1036
2036
6
6
Block 1
15.00
16.00
25.00
0.12
977
2003
7
13
Block 1
6.00
19.00
25.00
0.3
1020
2010
8
9
Block 1
15.00
19.00
25.00
0.12
1076
2001
9
8
Block 1
2.93
17.50
20.00
0.3
977
2010
10
11
Block 1
18.07
17.50
20.00
0.15
937
2011
11
15
Block 1
10.50
14.98
20.00
0.26
973
1958
12
1
Block 1
10.50
14.98
20.00
0.3
986
1988
13
10
Block 1
10.50
17.50
11.59
0.16
776
1988
14
3
Block 1
10.50
17.50
28.41
0.17
1005
2009
15
12
Block 1
10.50
17.50
20.00
0.16
935
2012
16
5
Block 1
10.50
17.50
20.00
0.16
978
1997
17
17
Block 1
10.50
17.50
20.00
0.23
950
1998
18
16
Block 1
10.50
17.50
20.00
0.24
958
1956
Online since: June 2014
Authors: He Ming Cheng, Xing Guo Hu
References
[1] Xie Y M, Steven Gp: A simple evolutionary procedure for structural optimization. computers&structures, Vol. 49(1993), p. 885~896
[2] Querin Q M, Steven G P, Xie Y M: volutionary structural optimisation using an additive algorithm.
Online since: December 2012
Authors: Shu Hua Wang, Jin Ming Dai, Hu Sheng Jia, Bing She Xu
Table 1 Characteristic frequencies from the infrared apectra of native cellulose fibers
Frequency (cm-1)
Assignment
Component
3450
2900
1650
1420
1375
1318
1160
1064
1020
896
660
–OH stretching intramolecular hydrogen bonds
CH stretching
OH of water absorbed from cellulose
CH2 symmetric bending
CH bending
CH2 wagging
C–O–C asymmetric stretching
C–O stretching
stretching C–O
Group C1 frequency
C-OH out-of-plane bending mode
Cellulose II
Cellulose I and Cel II
Cellulose I
Cellulose I and Cel II
Cellulose I and Cel II
Cellulose I
Cellulose II
Cellulose I and Cel II
Cellulose I and Cel II
Cellulose I
Cellulose I and Cel II
Fig.3.