本文介绍了矿渣微晶玻璃的国内外研究现状，阐述了矿渣微晶玻璃的性能特点、应用前景及目前存在的问题。
The performance characteristic, the problems and application foreground of slag glass-ceramics and its development in and abroad have been introduced in this paper.
该材料以镁方柱石、铝酸三钙、斜顽辉石为主晶相，配料中矿渣和玻璃粉用量高于70%。
Caloivm Aluminum Oxide and Clinoenstatite Syn as main Crystalline phase with the addition of slag and glass powder more than 70 percent in minor ingredients.
通过电镜和X -射线衍射实验，研究了在外加剂作用下矿渣、磷渣、粉煤灰形成的低钙玻璃态胶凝材料的微观结构。
Micro structure of glass state cementing materials containing small amount of calcium, such as slag, phosphorous slag and fly ash, was studied by SEM and XRD.
通过试验，研究了水玻璃模数及其掺量对碱矿渣水泥性能的影响。
Through experiment, the influence of glass water modules and its mixing rate to the alkali slag cement performance is studied.
分析了水玻璃化学组成对碱矿渣水泥浆体抗压强度和孔结构的影响。
The el cts of chemical composition of waterglass on the compressive strength and pore structure of alkali slag cement paste were investigated.
本系列产品可用于石灰石、水泥孰料、混合料、石膏、煤矸石、陶瓷、玻璃、矿渣、钢矿石、铁矿石等各种物料的终粉墨。
This series of products can be used for limestone, cement guessed, mixed materials, gypsum, coal gangue, porcelain, glass, slag, steel ore, iron ore and other materials, the final Fenmo.
本系列产品可用于石灰石、水泥孰料、混合料、石膏、煤矸石、陶瓷、玻璃、矿渣、钢矿石、铁矿石等各种物料的终粉墨。
This series of products can be used for the final crushing of limestone, cement guessed, mixed materials, gypsum, coal gangue, porcelain, glass, slag, steel ore, iron ore and other materials.
试验研究表明：(1)水玻璃在比重和模数分别为1.5和1.1时，对矿渣激发的效果最好。
The research indicate that (1) when the specific gravity and modulus of soluble glass is 1.5 and 1.1, the effect of activate slag is best.
用废弃的硫铁尾矿高岭土制备彩色矿渣微晶玻璃，其关键是降低尾矿高岭土的铁含量。
The key to use pyrite tailings kaolin to product colored microcrystalline glass is to reduce iron content in the tailings kaolin.
广泛应用于各种矿石、水泥、耐火材料、铝凡土熟料、金刚砂、玻璃原料、机制建筑砂、石料以及各种冶金矿渣破碎。
It is widely used to crushing ore, cement, corundum, frit, building sand, aggregated rock and various metallurgymineral slags.
研究了磷酸盐、含钙材料对水玻璃—矿渣水泥的凝结时间的影响。
This paper studies the influence of phosphate, calcareous material on set time of water glass-slag cement.
采用水淬高炉矿渣、烧氧化镁、—水玻璃、氧化钾等材料在实验室条件下能够制备得到一种新型无机复合胶凝材料。
We can use blast furnace slag, light burnt magnesia, alkali - sodium silicate, potassium hydroxide for preparing a new inorganic compound cementitious material under laboratorial study.
矿渣微晶玻璃组成、结构与性能的关系属于复杂的知识系统，各种参数之间有很强的相互影响、相互制约的关系。
Thr relationship of composites, structure and properties of Slag Glass-Ceramic is a complex knowledge system and parameters have strong effects on each other.
研究了人工神经网络在矿渣微晶玻璃材料设计中的应用。
Artificial neural network was introduced into slag glass-ceramic material designing.
本文详细地介绍了各种矿渣微晶玻璃的研究现状，指出了今后的发展趋势。
The research situation of varieties of slag glass-ceramics was introduced in detail, and its development trend was also pointed out.
高炉锰铁矿渣的活性与其化学组成、玻璃体含量、新生成的晶体完整程度及细度有关。
The activity of blast furnace ferromanganese slag has relationship with its chemical composition, the content of vitreous body, the complete degree of new generated crystals and fineness.
以砂质自燃煤矸石和矿渣作为胶凝主体，并以熟石灰、芒硝和水玻璃为激发剂，研制出一种砂质矸石胶凝材料。
Using the spontaneous combustion gangue and slag as mixing material of high-performance concrete, an orthogonal experiment with different match rations of concrete was conducted.
以成都亚鑫矿渣微粉公司提供的矿渣为主要原料，辅以其它化工原料，采用熔融-浇注- 微晶化工艺制备了矿渣微晶玻璃。
Slag glass-ceramics were made via melting-casting-crystallization process using slag as the main raw material, supplemented by other industrial chemicals.
由XRD研究知锰矿渣主要由结晶矿渣和部分玻璃相所组成，这是其活性较低的主要原因。
The XRD studies indicates that manganese slag is mainly composed of crystallized slag and some glass phases and this is the main reason of its low activity.
只有当水玻璃中的氧化纳和二氧化硅在一定范围内才能获得高强度碱矿渣水泥浆体。
Alkali slag cement paste achieved the highest strength only when the Na2O and SiO2 of waterglass were around a certain content.
枝晶向球晶转变可以明显改善矿渣微晶玻璃的性能，而球晶向块状晶体的转变则恶化了微晶玻璃的性能。
The transformation from the branch to the ball could improve the properties of glass ceramic, and the transformation from the ball to the block could worsen the properties of glass ceramic.
采用水玻璃激发高炉粒化矿渣，制备出了强度等级达到水泥52.5的化学结合陶瓷，并研究其反应机理。
Activated by sodium glass, chemically bonded ceramics were produced with water-hardened slag grains from blast furnace, and the strength grade could be the same as grade 52.5 cement.
利用熔融法制备矿渣微晶玻璃。
利用熔融法制备矿渣微晶玻璃。
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