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Introduction Wood plastic composite （WPC）are increasingly used for exterior decking and landscape structures, especially in North America.
(China ) and Tai-ao Chemistry Industry Co, respectively.

Some previous work[3-4] investigated the influence of the bias voltage, arc current and N2 pressure to coating structure, hardness and surface morphology of coating.
Wu: Materials Chemistry and Physics, Vol.46 (1999), pp.77-83

Collagenases cleave collagen fibrils at one specific site (Gly775-Leu/Ile776), which is located in a region with relatively loose triple helical structure [12].
Gustavsson: The Chemistry of Tanning Processes (Academic Press, New York 1956) [7] B.

Study on the Preparation and Properties of Thermoplastic Tapioca Starch / Magnesium Hydroxide Composites Xianzhong Mo1,a ,Yuxiang Zhong1,b, Xiang Qi1,c,Chen Mo2,d 1College of Chemistry and Life Sciences, GuangXi Teachers Education University, Nanning, 530001,China 2Department of Microbiology，University of Oklahoma，Norman, OK 73072，USA amoxianzhong@gxtc.edu.cn, byuxiang_zhong@126.com, cqixiang5188@126.com, dchenmo@ou.edu Keywords: tapioca starch; magnesium hydroxide; composites; preparation; properties Abstract: Thermoplastic tapioca starch(TPS) was prepared with the mixed plasticizer, formamide and urea (mass ratio 2:1).
This met the UL94 V-0 level, which testified that MHRTPS was a good fire-retardant materials. 4.Conclusions As flame retardant and enforcement, magnesium hydroxide could effectively improve the tensile strength, elastic modulus and thermal stability of TPS matrix, because of their similarly chemical structure, making a good adhesion and hydrogen-bonded forming action between starch and magnesium hydroxide.

Chemistry Material 8, 2200 1996. 15.
Jong, H.P., Jana, C.S., The relationship between nano- and macro-structures and mechanical properties in PMMA-epoxy-nanoclay composites.

Belt ply Crown lower apex strip Inside liner Bead wire Shoulder Sidewall Cord ply Upper apex strip Abrasion-resistance rubber Chafer Fig.1 The structure of an all-steel radial tire Tab.1 The main composition of the each type of rubber Compositions Rubber types NR BR Carbon black White carbon black LCBR CIIR HTME（Crown） Q310（Chafer） Q410（Down apex strip） Q420（Upper apex strip） Q830（Cord ply） HNCD（Inside liner） Q210（Sidewall） Q850（Cord ply and Chafer） Q510（Shoulder） 30% 15% 50% 61% 56% 33% 27% 37% 62% 20% --- --- --- --- --- 33% --- --- 25% 29% 25% 28% 23% 36% 27% 27% 29% 7% --- --- --- --- --- --- --- --- --- 34% --- --- --- --- --- --- --- --- --- --- --- --- 14% --- --- --- Instruments and equipments Employed instruments include The TS-2000 tensile force testing machine manufactured by Taiwan
Measurement of the optimum vulcanization time Normally there are three ways to measure the rubber optimum vulcanization time[2]: (1)Physical-chemistry method, including free sulfur testing method and swelling method; (2)Physical-mechanical performance testing method, including definite elongation modulus method, tensile strength method, tensile modulus method, tensile product method, compression set method and comprehensive valued method etc.; (3) Special purpose instrument method, including Mooney viscosity method and vulcameter method.

The microstructure is mainly composed of finer dislocation cell structure, which results in the strengthening of UFG CP-Ti [4].
Huang: Materials Chemistry and Physics Vol. 81 (2003), p. 11 [9] Z.

China 2Experimental Chemistry Center, Nanchang University, Nanchang 330031, Jiangxi, P.
Conversion of the dibromide derivative to its corresponding diethynyl congener can be readily achieved following the typical organic synthetic protocols for alkynylation of aromatic halides.[9] The Pt alkynyl compound P were prepared by the Sonogashira-type dehydro- halogenation between the diethynyl precursor and suitable platinum chloro precursor.[10] Dinuclear complexe M consisting of a well-defined structure was also made to serve as good molecular model system to investigate the spectroscopic and photophysical properties of the corresponding polymer.

Janzén 6,a a Department of Physics, Chemistry and Biology, IFM Linköping University, S-58183 Linköping, Sweden b Norstel AB, Ramshällsvägen 15, S-60116 Norrköping, Sweden c Nanomaterials Processing Laboratory, Research Institute for Networks & Communications Engineering (RINCE), School of Electronic Engineering, Dublin City University, Dublin 9, Ireland 1jawul@ifm.liu.se, 2peber@ifm.liu.se, 3 ahy@ifm.liu.se, 4 hence@ifm.liu.se, 5mcnallyp@eeng.dcu.ie, 6erj@ifm.liu.se Keywords: Chemical vapor deposition, Hot-Wall CVD reactor, On-axis, X-ray topography, AFM, SWBXT Abstract We report on the growth of 4H-SiC epitaxial layer on Si-face polished nominally on-axis 2" full wafer, using Hot-Wall CVD epitaxy.
The spiral wounds and forms a pyramid structure around dislocation.

And the effect of NaAlO2 concentration in the electrolyte on the structure, phase composition, microhardness and corrosion resistance of coatings had been studied.
Han: Materials Chemistry and Physics Vol. 107(2008), P.356 [16] W.