水滑石

L - aspartic acid was intercalated into the layered double hydroxides by coprecipitation.

由共沉淀法得到了L - 天冬氨酸插层结构水滑石。

Hydrotalcite - rare earth - Zinc complex heating stabilizer was prepared, its´stability was compared.

研究了水滑石 - 稀土 - 锌复合热稳定剂的制备， 并比较了其热稳定效果。

This new optical property will be potential applications of HTlc in optical material fields.

这一光学功能的发现将有助于类水滑石在光学材料领域中的进一步应用。

This thesis selects hydrotalcite as selective IR absorption material by its characters of layer and ion - exchangeable.

本论文利用水滑石层状结构特点和层间离子的可交换性，将其作为选择性红外吸收材料。

To improve the IR absorption of hydrotalcite, we intercalate SO 42 - to partly replace CO 32 - of interlayer.

对水滑石红外吸收机理的研究表明，水滑石的层间阴离子起主要作用， 层板具有协同效应。为提高水滑石的红外吸收选择性，通过对不同阴离子的分析和筛选，确定在水滑石层间插入硫酸根。