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30 results on '"Hsieh, C.T."'

8. A flash-based SOC technology using a split-gate cell

Author

Kuo, Di-Son, Wang, Chung, Chu, Sam, Liang, M.S, Tsai, C.S, Tao, H.J, Huang, Y.C, Wu, J.P, Chen, Y.T, Chih, Y.D, Hsieh, C.H, Sung, H.C, Yeh, J.K, Lin, C.J, Wong, S.C, Lin, S.H, Hsieh, C.T, Chu, W.T, Chen, H.P, Hsu, C.Y, Shyu, D.S, Peng, S.P, Fong, T.J, and Lee, K.Y

Published
2001
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26. PET/PP Blend with Bamboo Charcoal to Produce Functional Composites: Evaluation of Functionalities

Author

Lin, J.H., Lou, C.W., Chen, J.M., Hsieh, C.T., and Liu, Z.H.

Abstract

Poly(ethylene terephthalate)/polypropylene/bamboo charcoal (PET/PP/BC) thermoplastic composites were prepared by melt compounding and then injection molding. The functionalities of the composites, such as electrical resistivity, electromagnetic shielding effectiveness (EMSE), far-infrared ray radiativity (FIRR) and negative ion concentration, were evaluated in the study. The surface resistivity and volume resistivity of the functional composites were 2.47 - 9.12×1011 Ω/sq and 5.8 - 7.01×1010 Ωcm, respectively, while composites containing 6 wt% BC or above. The EMSE of the composites were below 10 dB at frequency ranged from 300 kHz to3 GHz. The average FIRR of the composites was 0.85 at BC concentration of 8 wt%. Incorporation of BC into the composites increased the negative ion concentration of about 30 pcs/cc compared to those without BC. However, it is lower than the positive ion concentration in the air.

Published
2008
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