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Graphene–Silicene Composite can Increase the Efficiency of Cloud Computing

机译:石墨烯 - 硅基复合材料可以提高云计算的效率

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Graphene and silicene are currently attracting the interest of many researchers in the field of material science due to some unique material properties [1]. Recently Reddy et al. [2] have studied the use of using graphene in cloud computing and found graphene is very effective for this purpose, but zero bandgap for graphene is really a problem to use it here. In this paper, we study to improve this property of graphene by preparing a composite of it with silicene and found if graphene is used as an n-type dopant in silicene, then bandgap is induced in graphene. Due to this property, the composite can be used to improve the area of performance, size, speed, and cost in cloud computing services.
机译:由于一些独特的材料特性,石墨烯和硅片目前吸引了材料科学领域的许多研究人员的兴趣[1]。最近reddy等。 [2]已经研究过使用云计算中的石墨烯,并找到石墨烯对于此目的非常有效,但石墨烯的零带隙是在这里使用它的问题。在本文中,我们通过用硅制备其中的复合材料来改善石墨烯的这种性质,并且如果石墨烯用作硅烯中的n型掺杂剂,则在石墨烯中诱导带隙。由于此属性,复合材料可用于改善云计算服务中的性能,大小,速度和成本领域。

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