活化红泥岩在水泥熟料激发条件下呈现优良的胶凝性能。
The red mudstone at action of cement clinker shows good cementing properties.
石膏和氢氧化钙共同掺入则使CAS玻璃相的胶凝性能恶化。
Adding both of gypsum and calcium hydroxide into CAS glass deteriorates the cementitious properties of CAS glass.
本文探讨了这类渣的矿物组成、煅烧温度与胶凝性能的关系。
This paper presents investigation on the relationship between cementitious properties and mineral components and burnt temperatures of such slags .
试验证明，经过活化的煤矸石可以改善复合水泥的胶凝性能。
It is proved that activated coal gangue can improve the cementitious behaviour of compound cement.
引入质量系数法评定原状煤矸石经热活化后辅助胶凝性能的大小。
The mass coefficient was brought forward to assess the activity factor of original coal gangue.
通过热活化手段增加煤矸石中四配位铝含量可以提高煤矸石胶凝性能。
Thermal activation is a good method to increase the amount of 4-coordinated al and to improve gelatification activation of gangue.
通过对不同温度煅烧的赤泥特性的研究，分析了热处理温度对赤泥胶凝性能的影响。
The effect of heat treatment temperature on the cementitious activity of red mud is studied in the paper through analyzing the properties of the red mud heated at different temperatures.
本文研究的另外一个内容是通过胶凝性能实验，探讨钢渣粉磨的机械力化学效应对钢渣性能的影响。
The other contents studied of this paper is the cementitious properties experiments and discuss the mechanochemical effects of the steel slag ground influence the capability of the steel slag.
分形维数与钢渣微粉的比表面积间满足良好的线性关系，并与钢渣基水泥材料的胶凝性能良性相关。
A good linear relationship meet between fractal dimension and specific surface area of slag powder, and positive correlation with the cementitious properties of steel slag-based cement material.
利用脱硫石膏的胶凝性能，将之与火电厂废弃物按一定比例混合后，能产生与水泥水化产物相似的成分。
FGD-gypsum, when mixed with the wastes from thermal power plants in certain proportion, can produce a component similar to the hydrolysis product of cement due to its gel property.
利用脱硫石膏的胶凝性能，将之与火电厂废弃物按一定比例混合后，能产生与水泥水化产物相似的成分。
By using the gel property of FGD -gypsum, mixing it with waste material from thermal power plant in a certain proportion can generate a component similar to hydrated product of cement.
从抗压强度和安定性两方面测试了中温处理铁尾矿、钢渣及油页岩渣后物料的胶凝性能，利用XRD对中温处理后物料的物相组成进行了分析。
The cementing performance of such wastes as iron mine tailings, steel slag and oil shale residue was tested with XRD at middle temperature in the perspective of compressive strength and stability.
试验研究了石膏的掺量对高性能胶凝材料的需水量、凝结时间、强度、收缩性的影响，以此作为优化石膏掺量的依据。
The influence of gypsum content on water demand, time of setting, strength and shrinkage of high Performance cementitious material is tested as warrant for optimizing gypsum content.
研究了复合胶凝材料体系对混凝土性能的影响。
The influence of the composition cementing material system to concrete performance has been studied.
实验结果表明：经过处理的粉煤灰作为粒子增强耐酸胶凝材料中的耐酸材料具有良好的耐酸性能，用于粒子增强耐酸胶凝材料是完全可行的。
The result shows that the burned fly-ash has fine capability of the anti-acid and is practicable to be used in the particles strengthening anti-acid material.
利用SEM分析对胶凝材料的水化产物和胶凝作用进行了初步分析，对影响尾矿砖产品性能的几个主要因素进行了讨论。
The hydration products and cementing action of cementing material are analyzed by SEM. Some major factors that have influence on property of the brick are discussed.
本文研究了热激发对化工废石膏—粉煤灰复合胶凝材料物理性能的改性作用。
The modification action of heat excitation on the physical properties of the composite binding material prepared with waste chemical gypsum and fly ash is studied in this paper.
通过测试胶凝材料水化热、混凝土的坍落度和氯离子扩散系数、抗裂等级等性能，对C40海工混凝土的配合比进行了优化设计。
The mixture ratio of C40 Marine high performance concrete is optimized through test of the hydration heat of binding material, slump, chloride ion diffusion coefficient, anti-crack rand of concrete.
介绍用于充填采矿的高性能水淬渣胶凝材料的性能及使用效果。
The performance and applying effect of the gelled material from the water quenching slag for backfilling are described.
活性与惰性矿物掺合料对复合胶凝材料浆体结构与性能的影响的差异在水化后期逐渐显现。
The difference of influence between active mineral admixture and inert ones on the structure and properties of complex binders emerges gradually in the later hydration period.
对影响产品性能的几个重要因素，包括胶凝材料用量、成型压力、物料含水率和养护制度等进行了研究探讨。
The important factors influencing the product performance are investigated, including the dosage of cementing agent, forming pressure, material moisture and curing regime.
用扫描电镜、X射线衍射和能谱技术研究石灰石粉在复合胶凝材料中的水化性能和水化产物。
The hydration properties of limestone powder in a complex binder system were studied by using scanning electron microscopy, X-ray diffraction and energy dispersive spectrometer.
采用磁化技术对凝石拌和水进行磁化预处理，可显著提高凝石胶凝材料的理化性能。
It has been improved by experiment that the physical and chemical performances of the Sialite Binding Material can be improved evidently by magnetic pre-treating the mixture of sialite and water.
探讨了油基压裂液胶凝剂磷酸酯的合成条件，进而对配制的压裂液性能进行了评价。
The synthesis condition of gelling agent phosphate ester in oil base fracturing fluid is studied on this paper.
通过混凝土收缩试验，研究了水玻璃掺量、水玻璃模数、液固比、胶凝材料用量等因素对无机矿物聚合物混凝土收缩性能的影响。
The effect of various factors shrinkage property of slag based geopolymer concrete are studied by shrinkage test, such as content and modulus of water glass, liquid-solid ratio, gel material content.
活性微细矿渣粉是高性能混凝土中一种重要的胶凝材料。
Active Micro slag fines are a kind of important cementing material in high - performance concrete.
应用灰色控制系统理论研究了矿渣微粉颗粒分布对胶凝材料性能的影响。
Grey control system theory was applied to appraise the effect of the particle size distribution of slag powder on cementitious's performance.
载体能参予多孔混凝土中的胶凝材料的水化过程，故该种多孔混凝土的强度和性能随着龄期增长而提高和改善。
The carrier can participate in the hydration of the binding material in the porous concrete, so the strength and behaviour of this kind of porous concrete are improved with the age.
另外，由于煅烧高岭土有很好的松散特性，使得深层更迅速胶凝，改进了涂料的固着性能，有效降低造纸费用。
In addition, As well calcined kaolin loose, which makes deep gel more quickly, improving the paint with solid performance reduce paper costs.
在传统凝胶电解质中，均存在胶凝剂部分或全部溶解于溶剂组分中，阻碍离子扩散迁移，降低离子导电性能。
The dissolution of whole or part of matrix in electrolyte hinders the diffusion of ions and causes low ionic conductivity.
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