Ultra-Fine Grinding Characteristics of Crystalline Graphiteon Dry Base System

International Mineral Processing Congress
Kim Byoung-Gon Choi Sang-Ken Chung Hun-Saeng Park Chong-Lyuck
Organization:
International Mineral Processing Congress
Pages:
7
File Size:
603 KB
Publication Date:
Jan 1, 2003

Abstract

Fine grinding of crystalline graphite was conducted using a dry attrition mill with a vacuum system to investigate the characteristics of size reduction. Low pressure and high temperature conditions in the grinding mill were found to greatly improve the efficiency of the size reduction of graphite. Natural flaky graphite of .100 mesh was ground into sub-micron sizes, then over 90% of the product were able to be reduced below 1?without disrupting their crystallinity in a short period of time. Reducing the atmospheric pressure in the grinding environment promotes the removal of chemical species such as oxygen and water molecules adsorbed on the graphite particle, resulting in effective size reduction while maintaining the crystallinity of graphite.
Citation

APA: Kim Byoung-Gon Choi Sang-Ken Chung Hun-Saeng Park Chong-Lyuck  (2003)  Ultra-Fine Grinding Characteristics of Crystalline Graphiteon Dry Base System

MLA: Kim Byoung-Gon Choi Sang-Ken Chung Hun-Saeng Park Chong-Lyuck Ultra-Fine Grinding Characteristics of Crystalline Graphiteon Dry Base System. International Mineral Processing Congress, 2003.

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