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Materials and Methods Experimental setup and materals.
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Acknowledgements The authors acknowledge the financial support from the National Nature Science Fund of China (No.51305090).
[6] WEI Wei，SUN Yuan，WEI Kun-xia，DU Qing-bo，HU Jing Preparation and Properties of Cu/Carbon Graphite Composites for Mechanical Seal, Journal of Materials Science and Engineering.,01 (2014) 15-19
Journal Of Applied Polymer Science. 127 (2013) 3186-3191
Journal of Nanoscience & Nanotechnology. 14 (2014) 6809-6815P
[10] WANG J, FENG Y, LI S, et al, Influence of graphite content on sliding wear characteristics of CNTs-Ag-G electrical contact materials, Transactions of Nonferrous Metals Society of China. 19 (2009) 113-118P.

The difference in energy, ND BP ND BP ND EEE ,0 ,1 1 −=∆ , yields the excitation energy, which is related to optical absorption of bipolarons in semiconductor materials [13].
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Moreover, this process also exhibit the defects and tolerence limitations of the implants and not suitable for the high melting point materials.
This will provide an excellent basis for discussing the choice of manufacturing process, material to be used and the adaptability of the process and materials to the mass production.
TF1208D168 , Science Fund grant no. 03-03-02-SF0124 and SIRIM Bhd References [1] R.M.
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Introduction The absorption factor is an important physicalquantity in material science,especially in photovoltaic solar cell[1-4].
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Research Progress in Thermal Conductivity of Polymer Matrix Composites Zhu Fan1,a, Fan Zimin1,b*, Zhang Lei1,c and Wang Yufeng1,d 1School of Materials Science and Engineering, Xi’an University of Science and Technology, Xi’an, 710054, China a3202540061@qq.com, bfanzm1212@xust.edu.cn, czhanglei5954@163.com, d670310618@qq.com Keywords: polymer-based thermal conductive material; thermal conductivity mechanism; thermal conductivity factor Abstract.
Traditional thermal conductivity materials include metal, inorganic and carbon materials.
Metal materials are poor in chemical corrosion resistance and insulation performance, inorganic materials have higher processing costs, and carbon materials have poor mechanical properties. 
Zhou, Thermal Conductive Polymer Materials[M], National Defense Industry Press, 2014, pp. 256-257. ], and only composite materials with high thermal conductivity fillers (such as CNTs, GNSs, etc.) exist. 
The higher the thermal conductivity of fillers, the stronger the thermal conductivity of the composite materials. 

Table 1 gives the elastic properties of these materials.
Materials Properties.
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The investigations showed that a laser alloying of the selected hot working steel delivers best results within the selected materials.
The investigations were carried out for the above mentioned base materials.
The results show that all of the three materials can in principle be laser cladded.
All of the demonstration parts, except demonstration part 2, were manufactured including all selected base materials.
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