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RGO/BiVO4 with Photocatalytic Activity by a hydrothermal method Li Dan, Shan Lian-weia, Dong Li-minc, Wang Gui-lin, Wu Ze and Han Zhi-dong College of Materials Science and Engineering, Harbin University of Science and Technology, Harbin 150040, China aShlw0531@163.com (Corresponding author) Keywords: Bismuth vanadate, RGO/ BiVO4, Photocatalytic properties.
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Introduction Iron and steel materials occupy a major position in structural materials of iron and steel materials, how to improve product quality, improve the performance and prolong the service life, is the realization of saving energy and resources, an important way to reduce environmental pollution.
Experimental and Materials The design of composition on the high strength wear resistant cast steel.
Chromium, manganese, silicon, molybdenum iron alloy as raw materials prepared furnace charge, the charging amount per furnace 10Kg.
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Nanocomposite materials were prepared by incorporation of different MWCNT in copper matrix using powder metallurgy methods.
Also the development of composite materials using CNT as reinforcement took place.
The behavior of the manufactured composite materials regarding pool boiling and convection has to be investigate in the next steps.
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Multiferroic material is typical of anisotropic materials, and the magneto-electro-elastic characters can be mutually coupled.
As follows: The SOLID5, SHELL181 element can be used to model for multiferroic materials.
SHELL181 element also can be used to model for multiferroic materials.
In this paper, there are two multiferroic materials each with significant piezoelectric effect and piezomagnetic effect are calculated and analyzed, that is the piezoelectric material PZT-5A and piezomagnetic materials CoFe2O4 (Hereinafter abbreviated as PZT and CFO).
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Moreover, materials with high active surface area, nano-particle are more active compared to the same materials with larger particle sizes [14].
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LS Dyna allows for precise modeling of the dynamic behavior of various materials under crash conditions, providing valuable insights into how different designs and materials enhance vehicle safety.
Shows the material properties of the materials used.
The Comparative Specific Internal Energies of all the three materials is depicted in table 4.
Continual advancements in materials science, coupled with innovations in vehicle design and safety technology, will drive the next generation of electric vehicle safety enhancements.
International Journal of Crashworthiness

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