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IEEE Transactions on Parallel and Distributed Systems, 2010, 21(6): 881-896 [10] Yen L H, Tsai W T.

China Mechanical Engineering, 2003,14(10):892-896(in Chinese)

The band peaks at 1431, 1373, 1319, 1165, 1059 and 896 cm-1 are typical of pure cellulose [16] and at 1659, 1327, 1157 and 1034 cm-1 are of typical of pure lignin Figure 3 FTIR spectra of raw sisal, com. cellulose, CNCs-1 and CNCs-2 [17].

Masson1 1Presbyterian Mackenzie University, Rua da Consolação, 896, prédio 12, Consolação, Zip Code 01302-907, São Paulo - SP, Brazil 2Institute of Energetic and Nuclear Researches (IPEN), São Paulo - SP, Brazil atecnologia@mackenzie.br, bjgcarrio@mackenzie.br Key-words: copper-nickel-aluminum alloys, powder metallurgy, microstructure, structural characterization, mechanical properties, electrical properties at low temperatures.

Our hand detection method collect 1967 hand samples, 1064 face samples, 896 arm samples, 1232 simple backgrounds, 720 complex backgrounds and 1464 Fist samples as shown in Fig.9.

Attribute num. after reduction Attribute num. after load reduction 1 298.3~335.6 -20~-14 22.2~22.6 743 121 25 21 2 300.7~400.2 -12~-6 23.1~23.5 688 121 29 24 3 299.8~367.5 -8~10 22.7~23.1 862 121 27 20 4 388.7~499.1 2~15 22.4~23.2 837 121 27 22 5 415.3~590.9 7~16 23.2~23.5 628 121 30 24 6 299.2~600.5 15~21 22.2~23.5 896 121 24 19 * The coal quality refers to the lower heating value with off-line modification

Haddad, Analysis and design of Si Terahertz transit time diodes, Solid-State Electronics, 50.5 (2006) 889-896

Middle-East Journal of Scientific Research, 16(7), 896-903

Epoxy resin 87,466 87,384 0,082 87,134 0,25 87,076 0,058 0,39 86,716 86,61 0,106 86,438 0,172 86,318 0,12 0,398 86,052 85,864 0,188 85,753 0,111 85,648 0,105 0,404 Polyester resin 99,204 98,908 0,296 98,54 0,368 98,412 0,128 0,792 98,422 98,234 0,188 98,064 0,17 97,886 0,178 0,536 98,326 97,896 0,43 97,658 0,238 97,43 0,228 0,896 In Fig. 1 the mass decrements of four different samples are presented.

Korol’kov, Mechanism of formation and methods of preventing magnetic blow in welding, Welding International 12(11) (1998) 894-896