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CVD grow of nano diamond and other carbon materials on porous carbon Binyuan Zhao1∗, Rong Bin Li 1,2 , Jie Xu1,3 , Dan Dan Lin 1,4 , Xian Chang He 1, Tong Xiang Fan 1 , Di Zhang 1 , Keao Hu 1 1 National Key Lab of metal matrix composite materials, Shanghai Jiao Tong University, China 2 Shanghai Dian Ji Institute, China 3 Institute of Environmental Science and Engineering, Nanyang Technological University, Singapore 4 Tsing Hua University, Beijing, China Keywords: CVD, nano, carbon, diamond, porous.
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We assume that the materials of the contacting objects are isotropic, and we will not take into account the latent heat of melting of the materials.
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The physical properties of these materials are usually dependent on their preparation routes [1,2].
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And the status of the two kinds of materials under 25℃ and RH89% are shown in Fig 2.
And the results of the two kinds of materials under 25℃ and RH89% are shown in table 2.
And moisture has more notable infection on outside wall materials.
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Materials Hybrid Modelling When addressing the modelling and simulation of materials involved in processes and structural systems, the three points above apply.
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For materials obtained according to this method, the authors confirmed good catalytic properties in methanol decomposition [5,6].
This probably results in better catalytic properties for the nanocrystalline materials.
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The friction and wear behaviors of Al2O3/TiC ceramic tool materials were evaluated at temperature up to 800℃.
Materials and experimental procedures Monolithic Al2O3 was used as the baseline material.
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During plastic deformation of materials, part of the plastic work is converted into heat, and the temperature field will be changed, this phenomenon is well known as thermoplastic effect.
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