At about 120℃, the interlayer water begin to pull out ,and only has a remarkable weightless course. At about 280℃, it turns up the maximum agravity.
通过对TG-DTG曲线分析及XRD的物相鉴定表明,ZnAl-CO_3-HTLcs热稳定性较差,在120℃左右就开始有层间水开始脱出,且只有一个明显的失重过程,在280℃左右出现最大失重量。
参考来源 - 水滑石类化合物的热解及重构性能研究·2,447,543篇论文数据,部分数据来源于NoteExpress
The existing status of interlayer water in vermiculite was investigated with infrared spectrum.
利用红外光谱研究了蛭石矿物材料层间水的赋存状态。
Results indicated that the interlayer water content greatly impacted the mechanical properties of the materials.
计算结果表明,层间水分子含量对材料的力学性质有很大的影响。
Radial distribution functions of na - o, o - o and H-O analysis illustrate that the molecular structure of interlayer water is different from the bulk solution.
和H - O的径向分布函数分析表明层间水分子的结构和水中水分子的结构不同。
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