1.
EXPERIMENT STUDY ON THE FLOTATION EFFICIERNCY IN DIFFERENT GRINDING FINENESS ABOUT POSTASH
某钾盐矿磨矿粒度对浮选效果影响的试验研究
2.
The effect of grind size and cyanide concentration, within the range tested was minimal.
本试验范围内，磨矿粒度和氰化物浓度的影响很小。
3.
Gold extraction from ground whole-of-ore by agitated leach ranged from97% up to99% depending on grind size and cyanide concentration.
通过范围从97%99%搅动沥滤，地面所有矿石中的黄金提炼取决于磨矿粒度和氰化物浓度。
4.
An Experimental Study on the Reducing the Size of the Mill Feed of V-Ti Magnetite Ore;
降低钒钛磁铁矿矿石入磨粒度的试验研究
5.
coated abrasives-grain sizes
磨具涂覆用磨料粒度
6.
The Microcomputer Calculation of Specific Surface Area of the Mineralogical Abrasive Powder and Collocating Application of Particle Measurement Instrument
矿物磨料微粉体比表面积微机化计算与粒度仪配套应用研究
7.
Grain size and grain size distribution of microgrits for coated abrasives
涂附磨具用磨料微粉粒度及其组成
8.
coated abrasives-determination of grain size distribution of microgrits p12 to p220
磨具涂覆用磨料粗磨粉粒度试验方法（p12-p220）
9.
coated abrasives-determination of grain size distribution of microgrits p240 to p2500
磨具涂覆用磨料粗磨粉粒度试验方法（p240-p2500）
10.
Application of Grinding New Technology in Dsign and Manufacture of One-stage Middle-Fine Grain Grinding Flow sheet
磨矿新技术在一段中细粒磨矿流程设计和生产中的应用
11.
The formula could simulate the packing density of the blend materials such as cement, fine-slag, and fly ashes.
说明该公式可以用来模拟诸如水泥、磨细矿渣、粉煤灰等胶凝材料细颗粒的堆积密度。
12.
The texture or fineness of sand or stone used in grinding.
粒度，硬度用作磨料的砂或石的精细度
13.
testing methods for bonded abrasive grain size
砂轮用磨料粒度试验方法
14.
Research of the Dynamic Gasbag Polishing Abrasive Particles Field and Temperature Characteristics
气囊抛光磨粒场形态与温度特性研究
15.
Grinding performances on cemented carbides containing different sizes of grain
不同晶粒度硬质合金的磨削性能研究
16.
ANALYSIS TO THE INFLUENCE OF BALL MILLING PARAMETERS FOR PREPARATION OF NANO-WO_3 CERAMIC POWDER BY MECHANICAL BALL MILLING METHOD
球磨参数对制备纳米WO_3粉粒度的影响
17.
Application of Electrical Technology to Monitor the Ball Milling Process and reduce the Rate of Wear of the grinding Media
应用电技术监控球磨过程并减小磨矿介质的磨损速度
18.
Effect of Slag Fineness and Deposit Time on the Strength of Cement with Wet-Milling Slag Slurry
细度及放置时间对湿磨矿渣胶砂强度的影响