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Research on Development Trends for Grinding Equipment and Grinding Automation in Home and Abroad

机译：国内外研磨设备磨削设备的发展趋势研究

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The paper summarizes the technology development status of ore crushing and grinding from many angles, and analyzes the future development trend. The development of mineral processing automation at home and abroad are introduced, and points out the new progress of particle size analyzer and grade analyzer and other important mineral analysis instruments.

机译：本文总结了从许多角度碾碎和研磨的技术开发状态，分析了未来的发展趋势。介绍了国内外矿物加工自动化的发展，并指出了粒子尺寸分析仪和等级分析仪和其他重要矿物分析仪器的新进展。

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来源
《REET 2013》|2014年||共3页
会议地点
作者
Jinquan Chen; Zhilin Liu; Mingzhen Hu; Xinyang Yu;
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原文格式 PDF
正文语种
中图分类 TK01-532;
关键词
grinding equipment; mineral processing automation; development;

机译：研磨设备;矿物加工自动化;发展;

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专利

1. Development of new grinding fluids for CBN grinding wheels: Part V - a study on the grinding performance of various types of carboxylic acids [J] . Yasuo Yamanaka, Makoto Hayama, Jun Imai, Tribology & Lubricaion Technology . 2000,第3期

机译：用于CBN砂轮的新型磨削液的开发：第五部分-各种羧酸的磨削性能研究
2. Development of new grinding fluids for CBN grinding wheels: Part IV - a study of grinding performance when two types of metal working additives are used together [J] . Yasuo Yamanaka, Makoto Hayama, Jun Imai, Tribology & Lubricaion Technology . 2000,第3期

机译：用于CBN砂轮的新型磨削液的开发：第四部分-两种金属加工助剂一起使用时的磨削性能研究
3. Development of new grinding fluid for CBN grinding wheels-- part III: study of concentration of metalworking additives on grinding performance [J] . Y. Yamanaka, M. Hayama, T. Oi, Tribology & Lubricaion Technology . 1998,第8期

机译：用于CBN砂轮的新型磨削液的开发-第三部分：金属加工添加剂浓度对磨削性能的研究
4. Research on Development Trends for Grinding Equipment and Grinding Automation in Home and Abroad [C] . Jinquan Chen, Zhilin Liu, Mingzhen Hu, REET 2013 . 2014

机译：国内外研磨设备磨削设备的发展趋势研究
5. Development of Multi-Grit CBN Grinding Wheel for Crankshaft Grinding [D] . Macerol, Nastja. 2019

机译：曲轴研磨多砂砾CBN砂轮的研制
6. Development and Experimental Evaluation of a 3D Vision System for Grinding Robot [O] . Shipu Diao, Xindu Chen, Jinhong Luo 2018

机译：磨削机器人3D视觉系统的开发与实验评估
7. Study on Intelligent Automation of Grinding Process. (3rd Report). Neuro Fuzzy In-process Control Grinding Techniques. [O] . Toshikatsu NAKAJIMA, Shinya TSUKKAMOTO, Daisuke MURAKAMI, 1993

机译：磨削过程智能自动化研究。（第三次报告）。神经和模糊过程控制研磨技术。
8. Development of an 'intelligent grinding wheel' for in-process monitoring of ceramic grinding. Semi-annual report (number-sign)4 [R] . Malkin, S. , Gao, R. , Guo, C. , 1998

机译：开发用于陶瓷磨削过程监控的“智能砂轮”。半年度报告（编号）4

Research on Development Trends for Grinding Equipment and Grinding Automation in Home and Abroad

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