DECREASE OF MAGNETITE QUARTZITES FRAGMENTATION SIZE BEFORE FINE CRUSHING WITH USE OF THE MODERN CRUSHING EQUIPMENT

Pilov P. I.

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DECREASE OF MAGNETITE QUARTZITES FRAGMENTATION SIZE BEFORE FINE CRUSHING WITH USE OF THE MODERN CRUSHING EQUIPMENT

机译：磁铁矿石英岩碎片尺寸的减少，使用现代破碎设备进行微粉

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The assaying of opportunities of a decrease of broken ore fragmentation size, acting on globe mills of the first stage is given

机译：给出了对第一阶段的全球磨坊的破碎矿石碎片大小减少的机会的测定

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《Металлургическая　игорнорудная　промышленность.(на　рус.　яз.)》 |2002年第2期|共5页
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Pilov P. I.;
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入库时间 2022-08-20 10:36:23

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专利

1. DECREASE OF MAGNETITE QUARTZITES FRAGMENTATION SIZE BEFORE FINE CRUSHING WITH USE OF THE MODERN CRUSHING EQUIPMENT [J] . Pilov P. I. Металлургическая　игорнорудная　промышленность.(на　рус.　яз.) . 2002,第2期

机译：在使用现代破碎设备进行精细破碎之前，减少磁铁矿中石英粉的破碎尺寸
2. Development of ultra large-sized mobile crusher BR1600JG - crushing and carrying method using mobile crusher and conveyor at working face [J] . Mitsunobu Yamada, Satoru Koyanagi, Toru Nakayama Komat'su Technical Report . 2000,第1期

机译：超大型移动式破碎机BR1600JG的开发-使用移动式破碎机和工作面输送机的破碎和搬运方法
3. Increase crushability and decrease energy rate very small crushing in coner crush tools [J] . Shtepa V. P. Металлургическая　игорнорудная　промышленность.(на　рус.　яз.) . 1997,第1期

机译：在圆锥形破碎工具中提高破碎性并降低能效，非常小的破碎
4. (4)Primary Crushing Alternatives: Gyratory Crusher versus Sizer Crusher [C] . Cristian Riquelme, Javier Carrillo International Mineral Processing Conference . 2015

机译：（4）初级破碎替代品：助剂破碎机与Sizer破碎机
5. Development of a Force Estimation Model for Rock Fragmentation with Disc Cutters Through Theoretical Modeling and Physical Measurement of Crushed Zone Pressure [D] . Rostami, Jamal 1997

机译：通过破碎区压力的理论建模与物理测量建立圆盘刀具碎石力估算模型。
6. Computational biomechanical analyses demonstrate similar shell-crushing abilities in modern and ancient arthropods [O] . Russell D. C. Bicknell, Justin A. Ledogar, Stephen Wroe, 2018

机译：计算生物力学分析表明在现代和古代节肢动物中类似的破壳能力
7. STUDY ON THE FILLING ABILITY AND DRYING SHRINKAGE PROPERTIES OF CONCRETE MIXING FERRONICKEL SLAG FINE AGGREGATE AND COPPER SLAG FINE AGGREGATE WITH CRUSHED STONE AND CRUSHED SAND [O] . Yuji YAMADA, Chikanori HASHIMOTO, Takeshi WATANABE 2018

机译：混凝土搅拌炉渣精细骨料和铜渣细骨料填充能力及干燥收缩性能的研究
8. Mine Safety and Health Administration Metal and Nonmetal Mine Safety and Health Report of Investigation: Surface Nonmetal Mine (Crushed and Broken Quartzite), Fatal Powered Haulage Accident, February 24, 2011. Crushing and Sampling Unit, Bolinder Resources LLC, Tooele, Tooele County, Utah. Mine I.D. No. 42-01247. [R] . Sinquefield, D. M. 2011

机译：矿山安全和健康管理局金属和非金属矿山安全和健康调查报告：表面非金属矿（碎石和破碎石英岩），致命动力拖运事故，2011年2月24日。破碎和取样装置，Bolinder Resources LLC，Tooele，Tooele County，犹他州。矿山I.D.第42-01247号。

DECREASE OF MAGNETITE QUARTZITES FRAGMENTATION SIZE BEFORE FINE CRUSHING WITH USE OF THE MODERN CRUSHING EQUIPMENT

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