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Processability and Mechanical Properties of CB/PVC Composite Xiuqi Liu1, a, Heqin Xing2, b, Lili Zhao1, a, Dan Wang1, a 1 College of Food Science and Engineering, Jilin Agricultural University, Changchun, Jilin, 130118, China 2 College of Quartermaster Technology, Jilin University, Changchun, Jilin, 130062, China aliuxiuqi2004@yahoo.com.cn, bxinghq@jlu.edu.cn Keywords: PVC, Carbon Black, Composite, Impact Strength, Tensile Strength.
In our study, a new kind of material was prepared by melt blending with PVC as the matrix and carbon black (CB) as the filler.
Experimental Materials.
It can be seen from Figure 1, the effect of CB content on notched impact strength of CB/PVC composite, with the amount of powder CB increasing, the notched impact strength of composite materials showed a linear increase trend, and increased by a big margin.
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Experimantal Program Material.
Specific information on the materials is given below.
Availability of Data and Materials The data and materials had been included in the manuscript.
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Materials and Methods This work utilizes the following materials in it‘s raw form · Sugarcane Bagasse and Banana Fiber · Epoxy Resin and Hardener Sugarcane Bagasse Fiber (Saccharum Barberi).
Bagasse is the necessary ingredient for making the pressed building board, acoustical tile, and other construction materials.
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Introduction There are complex components of pollution material, poor biodegradability in straw pulp papermaking wastewater.
From Table 3shows, there are irremoved material which are phthalic acid mono-2-ethylhexyl ester and Diisobutyl phthalate (DIBP).
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Fig.1 Finite element analysis model Concrete constitutive model Concrete constitutive model uses damage constitutive model of concrete in ABAQUS program which assumes that the destruction of concrete material is mainly for the cracking and crushing.
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The Temperature Control of the Preheating Tank in the Procedure of Chloroacetic Acid’ s Crystallization Zengfang WANG1,a, Chaoying LIU2,b,Xueling SONG1 and Yuxian GAO1 1 Instituteof electrical engineering, Hebei University of Science and Technology, Shijiazhuang ,China 2 Polytechnic college, Hebei University of Science and Technology, Shijiazhuang ,China awzf881207@163.com, bliucy@hebust.edu.cn Keywords: Fuzzy PID control.Smith predictor control.Chloroacetic acid.
Crystallization Process and Control Requirements in MCA’s Production A B B-A DEV TC2 U2 tank TT 47℃ - T2 LCCC U1 tank LTCT H Hs TC1 U3 reactor TT - T1 Given T1 Because melting point of different material is different , separate dichloroacetic acid from MCAby method of cooling crystallization[2].According to the process flow diagram of MCA crystallization ,reasonable control scheme is put forward which is shown in Fig. 1. 25℃ 38 ℃ 55 ℃ 80 ℃ T/℃ 0 Fig. 1 The control scheme of MCA crystallization Fig. 2 Material temperature change curve Crystal process in MCA’s production is divided into fifth stages.The temperature variation trend of the material in the crystallization reactor is shown in Fig. 2 .
Acknowledgements This paper is supported by Institute of electrical engineering, Hebei University of Science and Technology.
An improvement in the control scheme for the crystallization procedure of MCA’ s interval producing process.Journal of Nanchang University,Vol.24(2002)
[2] Haiyan Guo.The study of synthesizing process and crystallizing process on lower unit consumption chloroacetic acid.Dalian: Dalian University of Technology master's degree thesis(2006) [3] Chaoying Liu,Zheying Song and Xueling Song.Application of Fuzzy decoupling control for penicillin crystallization process.Journal of Hebei University of Technology,Vol.34(2005)

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İn this design, Polycarbonate is taken as the material with the refraction index 1.587. 2.Establish the entity The angles of the cone lens can be attained by solving the geometric problems as the snell’s law.
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., 634050, Tomsk, Russia 2 Institute of Strength Physics and Materials Science of the Siberian Branch of the Russian Academy of Sciences, 2/4, pr.
Similar structure sintered materials are called carbide-steels [1].
Structure studies of SHS-composite powders were carried out in the Centre of collective usage “NANOTECH” of the Institute of strength physics and materials science of Siberian branch of Russian Academy of Sciences (ISPMS SB RAS) by metallographic microscope (AXIOVERT-200MAT) and scanning electron microscope (LEO EVO 50).
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