Abstract

With the continuous development of new energy and new material technology, social industries pay more and more attention to graphite resources, and the related new graphite materials and technologies emerge as the times require in scientific research and practical application. With the continuous development of high-tech graphite industry, the general high-carbon graphite products can not meet the requirements of all walks of life, so it is necessary to further improve the purity of graphite. Therefore, in the research and development process of new graphite materials and technologies, the first step is to realize the purification and processing of graphite raw materials, and then the functional modification processing of graphite can be completed, so that the new graphite materials can meet the application needs of various industries in the society in terms of particle size, morphology or performance. Based on this, the exploration of various purification methods of microcrystalline graphite and the processing technology of functional modification of graphite have practical and theoretical significance.

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