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Production and Application of Crystalline Graphite Fine Particles with High Specific Surface Area Derived from Natural Graphite by Mechanical Grinding in Controlled Atmosphere

机译：通过机械研磨在受控气氛中衍生自天然石墨的高比表面积的结晶石墨细颗粒的制备及应用

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Shinya YAMANAKA; Takuya SHIMA; Yasuharu KANDA; Toshiyuki FUJIMOTO; Yoshikazu KUGA;
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年度 2012
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1. Production of finely ground natural graphite particles with high electrical conductivity by controlling the grinding atmosphere [J] . Yoshikazu Kauga, Minoru Shirahige, Yuichi Ohira, Carbon: An International Journal Sponsored by the American Carbon Society . 2002,第5期

机译：通过控制研磨气氛来生产具有高电导率的精细研磨的天然石墨颗粒
2. Influence of grinding on graphite crystallinity from experimental and natural data: implications for graphite thermometry and sample preparation [J] . E. Crespo, F. J. Luque, J. F. Barrenechea, Mineralogical Magazine . 2006,第6期

机译：来自实验和自然数据的研磨对石墨结晶度的影响：对石墨测温和样品制备的影响
3. Influence of grinding on graphite crystallinity from experimental and natural data: implications for graphite thermometry and sample preparation [J] . E. CRESPO, F. J. LUQUE, J. F. BARRENECHEA Mineralogical Magazine . 2006,第6期

机译：来自实验和自然数据的研磨对石墨结晶度的影响：对石墨测温和样品制备的影响
4. Effect of grinding atmosphere on electrical conductivity and flakiness of ground particles of natural graphite [C] . Yoshikazu Kuga, Minoru Shirahige, Yuichi Ohira, Joint China/Japan chemical engineering symposium;CJCES . 2000

机译：研磨气氛对天然石墨磨碎颗粒电导率和脆性的影响
5. Electrochemical deposition of silver and platinum nano-crystallites on the atomically smooth graphite basal plane: Characterization, particle size control, and chemical applications. [D] . Zoval, James Vincent. 1996

机译：银和铂纳米微晶在原子光滑的石墨基面上的电化学沉积：表征，粒度控制和化学应用。
6. Chunky Graphite in Low and High Silicon Spheroidal Graphite Cast Irons–Occurrence Control and Effect on Mechanical Properties [O] . Jon Sertucha, Garikoitz Artola, Urko de La Torre, 2020

机译：低和高硅球墨石墨石墨石墨石墨铸铁铸造控制和机械性能影响
7. Graphite block derived from natural graphite with bimodal particle size distribution [O] . Byung Choon Kim, Joon Young Cho, Moon Hee Lee, 2020

机译：石墨块源自天然石墨，具有双峰粒度分布
8. Research and Development on Advanced Graphite Materials. Supplement to Volume XIII. Development of a Fine-Grain Isotropic Graphite for Structural and Substrate Applications [R] . Howard, R. A., Racicot, R. L. 1964

机译：先进石墨材料的研究与开发。第十三卷的补编。用于结构和基材应用的细晶各向同性石墨的开发

Production and Application of Crystalline Graphite Fine Particles with High Specific Surface Area Derived from Natural Graphite by Mechanical Grinding in Controlled Atmosphere

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