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1)  superfine grinding
超细粉磨
1.
It is to discusses the structure principle of the new type grinding equipment horomill utilizing ma-terial bed squeezing grinding theory,introduce the advantage & characteristics of use of horomill in the slag superfine grinding industry.
论述了利用料床挤压粉磨原理的新型粉磨设备——卧辊磨的结构原理,介绍了卧辊磨在矿渣超细粉磨行业使用的优势及特点,阐述了卧辊磨的成功研制和推广必将成为矿渣超细粉磨领域中的革命性的科技成果。
2)  high efficiency superfine grinding
高效超细粉磨
3)  ultrapulverized fly ash
超细磨粉煤灰
1.
The effect of the active powders relied on UPFA(ultrapulverized fly ash) on the flowability and strength of cement mortar and the slump and strength of concrete was investigated systematicly under the condition of the low waterbinder ratio and high flowability.
系统地探讨了在低水胶比和大流动性(或免振)条件下以超细磨粉煤灰(UPFA,ultra-pulverizedflyash)为主的活性掺合料对胶砂流动度和强度及混凝土坍落度和强度的作用效应,为配制免振高强高性能混凝土奠定了基础。
4)  non-metal minerals super fine milling
非金属矿超细粉磨
5)  grounded furnace slag
磨细矿粉
1.
Research on properties of concrete with pre-hydrated fly ash and grounded furnace slag;
磨细矿粉和预水化粉煤灰在混凝土中的应用
2.
By test of performances effect recycled mill admitxture and grounded furnace slag on concrete,on the basis of diverse characteristics influence of each on concrete,adopting admitxture compound technique makes admitxture properties;advantage complement.
通过再生磨细掺合料和磨细矿粉对混凝土性能影响的试验,根据各自对混凝土的影响有不同的特点,故采用掺合料复合技术,使各掺合料性能优势互补。
6)  powder grinding fineness
粉磨细度
1.
\ The influence of powder grinding fineness,the particle size distribution,specific surface area on steeloreslag cement properties has been studied in this thesis.
研究结果表明:提高粉磨细度能显著提高无熟料水泥性能的强度,细度越小,水泥强度越高,当比表面积由380m2/kg升至517m2/kg、中位径由30。
2.
The powder grinding fineness′s effect of slag on the adding rate in the cement and the cement Performance has been discussed in this essary.
本文研究了矿渣粉磨细度对其在水泥中掺量和水泥性能的影响。
补充资料:超细粉
分子式:
CAS号:

性质:(一)平均直径小于10μm的细粉。利用粉末成型制造部件时,粉末达到超细的程度往往使部件具有很优良的特性。例如制造耐高温、有高的强度的陶瓷工具(如刀具、涡轮叶片),需要采用超细粉进行成型后烧结。(二)粉状商品染料的一种剂型。其粒子非常细小均匀。又称悬浮体轧染细粉。指可直接用于悬浮体轧染工艺的还原染料品种。

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