1) Zr-pillared
羟基锆交联累托石
2) Zr-pillared rectories
锆交联累托石
1.
We introduced the procedure of producing of Zr-pillared rectories and tested the optimum conditions for Zr-pillard rectories to absorb organic wastewater in this paper.
以钠化累托石为原料进行改性制备羟基锆交联累托石,并探讨以羟基锆交联累托石制备吸附有机废水的最佳条件。
3) Hydroxy-ferrum cross-linked rectorite
羟基铁交联累托石
4) Si-Zr pillared rectorite
硅锆交联累托土
5) La-Zr pillared rectorite
镧-锆交联累托土
6) cross-linked rectorite
交联累托石
1.
This thesis with the mingliu company provides of rectorite for raw material, make use of the laboratory self-made hydroxy-aluminum to form cross-linked rectorite, currently aiming at the high expenses and the slower effects of landscape water.
本论文以名流公司提供的累托石为原料，利用实验室自制铝交联剂制备交联累托石，针对目前景观废水处理费用高、见效慢等特点，系统研究了交联累托石对NH_4~+、PO_4~(3-)的吸附行为，探讨其吸附机理，并初步实现其在实际景观废水中的应用。
补充资料：联累
1.联缀。
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