工人把这根金属棒磨细了。
药面太粗了，再磨细点。
第一种用的是一种磨细的陶瓷粉末混合物。
The first utilizes a blend of finely ground ceramic powders.
这种小麦没办法磨细。
磨细硅灰石是优质的陶瓷原料、冶金助剂；
Ultrafine wollastonite powder is popularly used as ceramics material and metallurgical agent.
将茶叶样品磨细、悬浮在琼脂溶液中制成悬浮液。
Tea samples were grinded down, suspended in AGAR solution and so made into AGAR suspension.
方法：将样品烘干、磨细、过筛，制成琼脂悬浮液。
METHOD: the samples were stoved, grinded down, sieved and then made into AGAR suspension.
这种硅藻土是由破碎、磨细并筛分的烧过硅藻土生产的。
It is produced by crushing, grinding and screening of burnt diatomite products or their breakage.
另外，掺入磨细钢渣矿粉可以降低混凝土的早期收缩。
Furthermore, the early age shrinkage of concrete would be reduced with the admixture of super-fine steel slag powder.
分选灰的颗粒分布范围较窄而磨细灰的颗粒分布范围较宽。
The particle size distribution of separating fly ash is narrow while that of size reduction fly ash was not.
研磨捣碎搓擦、磨细、捣烂，使…研磨成细粉末，使成粉末状。
To rub, crush, grind, or pound into fine particles or a powder; pulverize.
研究了掺入超磨细石灰石粉对超高强混凝土的力学性能的影响。
In this article, authors study influences of addition of ultra-fine lime stone powder on mechanical properties of ultra-high-strength concrete.
如何经济有效地增加水泥粉磨细度，是水泥生产企业关注的问题。
How to improve cement fineness economically and effectively is a problem concerned by cement enterprise.
研究了粉煤灰和磨细矿渣对高强轻骨料混凝土抗渗及抗冻性能的影响。
Effects of fly ash and pulverized blast furnace slag on resistance of permeability and resistance of freezing of high strength lightweight aggregate concrete (HSLWAC) were investigated.
试验研究了掺加磨细钢渣、粉煤灰等掺合料后水泥浆体导电性能的变化。
The effect of mineral blenders includes ground steel slag and fly ash on the electrical conductivity of cement mortar was studied.
通过实验室型和工业型试验，研究了湿式搅拌磨细磨天然沸石的工艺技术。
Through laboratory test and commercial test, the processing technology of ultrafine grinding of natural zeolite is investigated.
白雪覆盖的山顶在西侧，河流和湖泊呈现为银色——表面被磨细的灰尘覆盖着。
White snow tops the mountains to the west, and the river and lake-clouded with finely ground rock-are silver.
将磨细钢渣与优质粉煤灰复掺可以发挥超叠加效应，进一步改善混凝土性能；
When super-fine steel slag powder and high-quality fly ash were added into concrete together, the performance of concrete could be improved further due to the synergistic effect.
本论文较系统的研究了不同细度，特别是超磨细石灰石粉对混凝土性能的影响。
Systematic study on the effacements of deferent fineness, especially ultra-grinding limestone flour, in the performance of concrete is made.
研究了单掺粉煤灰、磨细矿渣及它们复合后的复合掺合料对混凝土强度的影响。
In this paper, the effects of fly ash, ground slag and composite admixture of them on the strength of concrete were investigated.
为了提高建筑垃圾磨细粉在水泥中的掺量，还研究了碱性激发剂对其的激发作用。
The effect of alkaline excitation agent is also studied in order to increase the content of pulverized building refuse in cement.
用双电层理论和F盐的形成机理分析了磨细矿渣具有优越抗氯离子侵蚀性能的机理。
It is analyzed by both the theory of double electric layer and the Fridel salt's formation.
一是解离，就是将大块矿石进行破碎和磨细，使各种有用矿物颗粒从矿石中解离出来。
First, dissociation, that is, large pieces of ore crushing and grinding to a variety of useful minerals from the ore in the dissociation of particles out.
用超细工业废渣取代60%的水泥，用普通黄砂取代磨细石英砂制备生态型RPC材料。
Ecological reactive powder concrete(ECO-RPC)was prepared by replacing 60% of cement with ultra-fine industrial waste powders and replacing ground fine quartz sands with natural sands.
采用混凝土断裂能试验研究了使用磨细矿渣和硅灰配制的高强度高性能混凝土的断裂脆性。
Fracture energy of concrete was measured for studying the fracture brittleness of the high performance concrete mixed ground granulated blastfurnace slag (GGBFS) and silica fume.
探讨了自密实混凝土工作性能的评定方法，并对掺加磨细矿渣的自密实混凝土进行了研究。
This paper introduces the evaluation methods of workability, and studied the properties of the self-compacting concrete with the addition of ground granulated blast-furnace slag (GGBS).
探讨了磨细矿渣对新拌超细水泥浆体若干性能的影响，测定了改性灌浆材料的早期水化热。
The influence of granulated ground blast furnace slag (GGBS) on properties of fresh micro-fine cement (MC) paste was experimentally investigated.
绿色高性能混凝土要求更多地利用工业废渣，锰矿渣是冶铁产生的废渣，磨细后具有潜在活性。
The green high performance concrete demands to utilize more industrial waste residue. The manganese slag, a kind of waste residue produced from iron production, has potential activation after grinded.
绿色高性能混凝土要求更多地利用工业废渣，锰矿渣是冶铁产生的废渣，磨细后具有潜在活性。
The green high performance concrete demands to utilize more industrial waste residue. The manganese slag, a kind of waste residue produced from iron production, has potential activation after grinded.
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