xonotlite fiber 硬硅钙石纤维
ultra-light xonotlite 超轻硬硅钙石
xonotlite-type 硬硅钙石型
super-light xonotlite 超轻硬硅钙石制品
xonotlite fibrous particle 硬硅钙纤维粒子
xonotlite secondary particle 硬硅钙石二次粒子
xonotlite secondary particles 硬硅钙石二次粒子
xonotlite insulation materials 硬硅钙石绝热材料
It showed that, Sr(N03)2 that was added into slurry before hydrothermal increased the ionic strength of slurry, leading to retarding the formation of xonotlite from C-S-H gel.
研究表明：由于硝酸锶的存在，提高了料浆的离子强度，产生原盐效应，使C-S-H凝胶的存在时间延长，硬硅钙石形成滞后。
参考来源 - 动态水热法合成硬硅钙石球形团聚体形成机理的研究The xonotlite's micro fiber and secondary particle's growth mechanism were discussed, and the condition of the formation of secondary particle was studied.
研究硬硅钙石一次纤维与二次粒子的生成机理，探讨影响纤维直径长度的因素以及二次粒子的成形条件。
参考来源 - 超轻硬硅钙石的制备与性能研究·2,447,543篇论文数据，部分数据来源于NoteExpress
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。
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