Several silica raw materials with very different nature were used to produce xonotlite secondary particles.
几种硅质原料被用于硬硅钙石二次粒子制备中。
The effect of several zirconium compounds as additives on the morphology of xonotlite crystals was examined.
考察了几种锆类化合物添加剂对硬硅钙石形貌的影响。
However, hollow structure is harm to the study on the properties and applications of ultrafine xonotlite fibers.
然而，半中空球对进一步深入研究超细直径硬硅钙石纤维的性能与应用造成很大的局限。
The results were as follows: the needle crystal of xonotlite was controlled by reaction temperature, pressure and time.
认为 ：硬硅钙石针状晶体是平衡反应的最终产物 ，在适当的温度、压力下 ，经过一定的反应时间就能生成。
Ultra_light calcium silicate insulation material is constructed with spherical agglomerates of fibrous xonotlite crystals.
超轻硅酸钙材料实际上是由硬硅钙石纤维状晶体组成的多孔球状团聚体构成。
The MFDJ calcium silicate boards are inorganic materials, the main crystal phase is the xonotlite, with excellent physical and chemical properties.
产品是无机材料，主晶相是硬硅钙石，理化性能稳定。
The effective thermal conductivities of xonotlite-type calcium silicate, aerogel and xonotlite-aerogel composite insulation material were compared by model calculation.
通过模型计算对硬硅钙石型硅酸钙、气凝胶及硬硅钙石-气凝胶复合绝热材料的导热系数进行了对比研究。
The secondary particle sphere of xonotlite yielded by konilite is of hollow structure, however, for the carbon white fibrous crystal just stacked densely and balling up is poor.
由粉石英制备的硬硅钙石二次粒子球具有中空结构，而白炭黑对应样品则以纤维聚集成的块体为主，成球差。
Lime with high activity should be utilized as calcareous material to produce super-light xonotlite and the activity of siliceous material should match that of calcareous material.
制备超轻硬硅钙石制品必须使用高活性的石灰作为钙质原料，而所使用的硅质原料活性应与之相匹配。
The formation of hollow secondary particles of xonotlite was controlled by kinetics. The dissolution speed of quartz is important in forming hollow secondary particles of xonotlite.
而中空二次粒子球的形成则是一个动力学控制过程，在整个成球反应过程中，石英粉的溶解速度是关键。
Xonotlite-based material is a very useful insulation material, because spherical xonotlite agglomerates which are synthesized with dynamic hydrothermal rrocess consist of many pores.
通过动态水热法合成出的球形硬硅钙石颗粒具有很高的气孔率，使轻制硬硅钙石材料成为一种用途广泛的绝热（保温）材料。
The results indicate that stirring evidently affects the formation and morphology of xonotlite secondary particles, and further affects the dry shrinkage and bulk density of xonotlite products.
结果表明，搅拌对上述性质的影响非常显著，并且进一步影响硬硅钙石制品的干燥收缩率及体积密度。
The results indicate that stirring evidently affects the formation and morphology of xonotlite secondary particles, and further affects the dry shrinkage and bulk density of xonotlite products.
结果表明，搅拌对上述性质的影响非常显著，并且进一步影响硬硅钙石制品的干燥收缩率及体积密度。
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