The higher operating costs can be offset against the cement clinker.
较高的费用能够靠水泥熟料得到弥补。
The red mudstone at action of cement clinker shows good cementing properties.
活化红泥岩在水泥熟料激发条件下呈现优良的胶凝性能。
Comparative study on X-ray methods for quantitative phase analysis of cement clinker.
水泥熟料X射线定量物相分析方法的对比研究。
Effects of different foreign ions on sintering of Portland cement clinker are different.
杂质离子对硅酸盐水泥熟料烧成有不同影响。
All of them influence the slag resistances of spinel clinker and its castable refractory.
这些都与尖晶石熟料及铝—尖晶石浇注料的抗渣性有密切关系。
The quantitative indexes of interaction of industrial residue and clinker are investigated.
探索了工业废渣与水泥熟料相互作用的定量指标。
Fujian, Jiangxi, Hubei, Anhui, Shandong and other parts of clinker prices began to rise signs.
福建、江西、湖北、安徽、山东等部分熟料价格开始出现上调迹象。
This article introduces a measuring system of temperature field using CCD for cement cooler clinker.
本文介绍一种基于CCD比色法的水泥篦冷机熟料温度场测量系统。
The white cement without clinker was prepared by metakaolinite, lime and gypsum as main raw materials.
以偏高岭土、石灰和石膏为主要原料制得无熟料白水泥。
The kiln inlet is the biggest source of pollution in the new dry process cement clinker production line.
对于新型干法水泥熟料生产线，窑尾是生产线最大的污染源。
Therefore, new technology of using acetylene sludge to calcine clinker will be discussed in this article.
所以本文对利用电石渣煅烧水泥熟料的新工艺进行了研究。
The composition of clinker from shaft kilns, the mineral substances as well as forming conditions were analyzed.
分析了不同形状的立窑熟料的成分、矿物组成及形成条件。
Regarding tailings a and c, the effect of minor components on the early hydration of cement clinker was studied.
针对A、C两种尾矿，初步研究了微量元素对熟料矿物早期水化性能的影响。
Meanwhile, a comparative analysis of the economic index of two types of typical clinker cooler is also presented.
同时对具有代表性的两种熟料冷却机的经济技术指标进行了分析比较。
It takes charge of the Production management, technical management and consulting of cement and clinker of Jidong.
负责股份公司水泥、熟料生产全过程生产运行管理、工艺技术管理、技术咨询与指导。
This method can also be used in the field of clinker quality prediction and cement quality target prediction, etc.
本方法还可推广应用到水泥熟料质量、水泥质量指标的预测等方面。
Technology of clinker slag separate grinding is one of the important technical ways to improve the cement strength.
熟料矿渣分别粉磨技术是提高矿渣水泥强度的重要技术途径。
The different type and content of aid and clinker were grinded in testing mill to test the fluidity index of cement.
用化验室统一试验小磨将不同种类、不同掺入量的助磨剂与熟料共同粉磨，检验水泥的流动性指数。
Third, they are mixing more additives into their cement, and so reducing the proportion of emissions-intensive clinker.
第三，还可以通过在水泥中加入更多的添加剂以减少生产中会产生大量二氧化碳的溶渣的比例。
Table 3 can be referred to for the most appropriate chain speed of cement raw material and clinker and finished powder.
对于输送水泥生熟原料和成品粉料的最适链速可参照表3。
The clinker burning mechanism according to the crystal seeds theory and the activity of the dehydrated phase are analysed.
根据晶种理论和水化物脱水相的反应活性分析了熟料烧成机理。
Experience about reducing heat consumption of clinker accumulated through research and practice over the years proves effective.
经过多年的研究和实践，积累了降低熟料热耗的经验，证明这些措施是有效的。
We adopt advanced four passages coal burner, improve the flame temperature, make a base of produce high quality low alkali clinker.
采用新型四通道煤粉燃烧器，提高火焰温度，为生产优质低碱熟料奠定了基础。
Process parameters were determined through the trial production for the manufacture of cement clinker by using the sludge of Suzhou river.
通过工业试烧确定了利用苏州河底泥生产水泥熟料的工艺参数，并对熟料及其水泥的性能进行了分析。
Practice has proved that good effects in the transport of dry cement clinker, limestone, phosphate rock, titanium iron ore, coal and slag materials.
实践证明，在输送水泥熟料、干燥的石灰石、磷矿石、钛铁矿粉、煤和矿渣等物料时效果良好。
The Disk Feeder machine is suitable for feeding the Ore, Pulverized Coal, Cement, Clinker, Limestone and Clay etc power, grainy or small pieces material.
圆盘给料机适用于喂送的物料有矿石、煤粉、水泥、熟料、石灰石、粘土等粉状、颗粒状和小块状物料。
Experiments show that this method can measure clinker temperature distribution and meet requirements for cement cooler clinker temperature field testing.
通过实验测定，结果表明，该测量系统可以测量篦冷机熟料温度场的分布，满足篦冷机熟料温度场测量要求。
The preparation of high cementitious clinker with industrial solid wast could save energy, resource and depress the environmental load of cement industry.
利用工业废弃物制备高胶凝性水泥熟料可以消纳大量的工业废弃物，降低水泥工业环境负荷。
The preparation of high cementitious clinker with industrial solid wast could save energy, resource and depress the environmental load of cement industry.
利用工业废弃物制备高胶凝性水泥熟料可以消纳大量的工业废弃物，降低水泥工业环境负荷。
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