煅烧高岭石-石灰-石膏硬化体的强度与钙矾石生成量的多少相关。
The strength for hardening calcined kaolinite-Portlandite-gypsum system is derived from the quantity of forming ettringite.
近代巴黎是由大块的石灰岩和石膏构成的。
Modern Paris sits atop massive formations of limestone and gypsum.
生石灰、石膏经过破碎、球磨后进入料仓储存待用；
Store the quicklime and gypsum in the tank after crushing and ball milling.
低抗压强度的软地层，如泥岩。石膏。盐岩。软页岩。软石灰岩。砂岩。
Low compressive strength of the soft formation, such as mudstone, gypsum, gypsum, soft shale, soft limestone, sandstone.
高抗压强度的中硬地层，如硬页岩。石灰岩。砂岩。白云岩。和硬石膏。大理石。
Medium hard formation with high compressive strength. Such as hard shale, limestone, sandstone, dolomite, anhydrite and marble.
用硫铁尾矿、硫铁尾矿和石灰、硫铁尾矿和石膏分别与低碱度钢渣复掺配制蒸压制品。
The autoclaved products made of steel slag mixed with pyrite tailing, pyrite tailing and lime or gypsum respectively were studied.
磷石膏经石灰中和、球磨或水洗、球磨预处理，可煅烧成优等品建筑石膏。
The phosphogypsum can be calcined into quality building plaster via neutralized with lime, ball milled or water washed, ball milling pretreated.
以偏高岭土、石灰和石膏为主要原料制得无熟料白水泥。
The white cement without clinker was prepared by metakaolinite, lime and gypsum as main raw materials.
采用正交试验方法，设计了脱硫灰、水泥、集料、石膏、石灰的不同配比。
Different mixture ratios of desulphurized ash, cement, aggregate, gypsum and lime were tested according to the orthogonal testing method.
利用粉煤灰、水泥熟料、石灰、石膏辅助少量的粉煤灰活性激发剂研究生产高掺量粉煤灰水泥。
The cement gelatin material with fly-ash, clinker, lime, gypsum and a few excitant is studied and produced.
美国石灰和石膏产品制造集团。
Lime and Gypsum Product Manufacturing Industry Group in the U. s.
在十五世纪的石膏例子中，墙壁用石灰浆处理，被拉到铁石膏处，地板也用石灰处理。
The original walls were treated with a lime-colored paste and pulled to iron plaster on the example of the ancients XV centuty plasters , the floor slabs too, were treated with lime.
石英砂，石灰，水泥+石膏。
研究了泡沫加入量、粉煤灰和石灰石膏对泡沫混凝土性能的影响。
The effects of the contents of foam, fly ash, lime and plaster on the properties of foam concrete block were investigated.
研究了碱、石膏、石灰和温度对粉煤灰火山灰活性的激发作用。
In this paper, excitation effects of alkali, gypsum, lime and temperature on the pozzolanic activity of fly ash were researched.
烟气中的飞灰既在液相膜表面结壳，阻碍石灰石的溶解，又影响脱硫系统含尘量排放指标，降低石膏品质。
Fly ash in flue gas not only crusts on the surface, stopping the dissolving of limestone, but also affects the dust discharge index, reducing the quality of gypsum.
制作时，采用石膏、石灰、水泥、或氯化镁中的任意二种或二种以上材料混合。
When in fabrication, any two or more types of material of gypsum, lime, cement or magnesium chloride are adopted for mixing.
介绍了国华三河发电厂一期石灰石-石膏湿法脱硫系统GGH防结垢堵塞改造及改造后的运行效果和出现的问题。
This paper introduces the improvement for preventing scale and clog of limestone-gypsum wet flue-gas desulfurization systems GGH in phase I of Guohua Sanhe Power Generation Co.
运用XRD、SEM以及强度实验等方法，研究了由石灰石、矿渣、石膏和少量熟料组成的石灰石基水泥的适宜配比和水化机理。
XRD, SEM, and strength test, were employed to investigate the appropriate ratio and hydration mechanism of limestone-based cement consisted of limestone, stag, gypsum and a small amount of clinker.
技术应用广且成熟。并提出了进一步完善湿式石灰石-石膏法脱硫技术的建议。
This paper offers suggestions on how to consummate the technique of wet limestone-gypsum further.
高岭土、石灰和石膏为主要原料制得无熟料白水泥。
The white cement without clinker was prepared by metakaolinite, lime and gypsum as main raw materials.
研究了用石灰石替代石膏对单矿物c3s、C3A及硅酸盐水泥水化过程及性能的影响。
Effect of the substitution of gypsum with limestone on the hydration process and performance of C3S, C3A and Portland cement was explored.
掺加6 %的磷石膏，能够提高石灰粉煤灰稳定磷渣的强度。
With about 6% phosphogypsum, the strength of lime fly ash stabilizing phosphorous slag can be improved.
介绍石灰石-石膏湿法烟气脱硫的工艺流程和反应机理，重点分析影响烟气脱硫效率的因素。
This paper introduces the principles and process of the limestone-gypsum wet flue gas desulfurization (WFGD) system, and analyzes the factors which will affect the efficiency of WFGD system.
研究了生石灰和熟石灰、生石膏和熟石膏对无熟料白水泥的影响差异，确定了最优石灰和石膏类型。
The difference of effects of burnt lime and hydrated lime, raw gypsum and burnt gypsum on white cement was studied, and the optimal type of lime and gypsum was determined.
烟气脱硫技术是控制酸雨和二氧化硫污染的最为有效的和主要的技术手段，石灰石-石膏法是目前最成熟的烟气脱硫技术之一。
Flue gas desulfurization is the most effective and leading method to control acid rain and SO2 pollution and limestone-gypsum FGD method is most matured until now.
烟气脱硫技术是控制酸雨和二氧化硫污染的最为有效的和主要的技术手段，石灰石-石膏法是目前最成熟的烟气脱硫技术之一。
Flue gas desulfurization is the most effective and leading method to control acid rain and SO2 pollution and limestone-gypsum FGD method is most matured until now.
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