The grains form of the diamond powders AC4 and AC6 influence on the grinding wheels efficiency

Popov A. V.

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The grains form of the diamond powders AC4 and AC6 influence on the grinding wheels efficiency

机译：金刚石粉末AC4和AC6的晶粒形式影响砂轮效率

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Influence of powders AC4 and AC6 with sharp-edged grains on specific diamonds consumption in organic bond wheels at the hard metal BK and crystal glass grinding is investigated.

机译：研究了带有锐边晶粒的粉末AC4和AC6对硬质合金BK和晶体玻璃研磨时有机结合剂砂轮中特定金刚石消耗的影响。

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《Вестник машиностроения》 |2000年第10期|共2页
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Popov A. V.;
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入库时间 2022-08-19 11:37:22

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专利

1. The grains form of the diamond powders AC4 and AC6 influence on the grinding wheels efficiency [J] . Popov A. V. Вестник машиностроения . 2000,第10期

机译：金刚石粉末AC4和AC6的晶粒形式影响砂轮效率
2. The coating roughness effect of the diamond powders grains on the grinding wheels efficiency [J] . Popov A. V. Вестник машиностроения . 2001,第8期

机译：金刚石粉颗粒的涂层粗糙度对砂轮效率的影响
3. The coating roughness effect of the diamond powders grains on the grinding wheels efficiency [J] . Popov A. V. Вестник машиностроения . 2001,第8期

机译：金刚石粉末谷粒对磨削轮毂效率的涂层粗糙度效应
4. Influence of Pore-forming Agent on the Performance of Resin Bond Diamond Grinding Wheel in Back-grinding Silicon Wafers [C] . K.H. Li, Q. Guo, M.Y. Liu Conference of Abrasive Technology in China . 2011

机译：孔隙成型剂对后磨硅晶片树脂粘合金刚石砂轮性能的影响
5. Wear mechanism of intermetallic bonded diamond composite for grinding wheels. [D] . Naarumanchi, Anuroop. 2014

机译：金属间结合的金刚石复合材料砂轮的磨损机理。
6. Grinding of alumina ceramic with microtextured brazed diamond end grinding wheels [O] . Shixiong Wu, Fenglin Zhang, Yongqian Ni, -1

机译：用微结构化钎焊金刚石端面砂轮研磨氧化铝陶瓷
7. Influence of Porosity on Grinding Performance of Porous Cast-iron Bonded Diamond Grinding Wheel Made by Pulse Electric Current Sintering Method. [O] . Hisakazu Tomino, Akira Tsukuda, Yoshihito Kondo, 1999

机译：孔隙率对脉冲电流烧结方法多孔铸铁金刚石砂轮研磨性能的影响。
8. Wheel Efficiency in the Diamond-Spark Erosion Grinding of Tungsten Carbides [R] . Uzunjan, M. D., Krasnoscek, J. S. 1982

机译：碳化钨金刚石 - 火花腐蚀研磨中的车轮效率

The grains form of the diamond powders AC4 and AC6 influence on the grinding wheels efficiency

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