1.The flocculation mechanism and kinetics of opposite folded plate flocculator (OFPF) was studied on model test.

1.在模型试验的基础上考察异波折板池的机理与动力学的研究。

2.Third, amphion polyacrylamide product shape: The amphion polyacrylamide (ACPAM) outward appearance is the white silt.

2.这类的功能主要是负的电荷，具有除浊、脱色功能。

3.Floc size distribution in a dynamic flocculator with a flat vane wheel was measured experimentally.

3.实验测定了平直叶轮动态混合器内团粒度的空间分布。

4.Granite as raw material,PSA is made in a series of aggregat e reactions of chemical fusibility.

4.选用花岗闪长岩为原料，通过一系列的化学熔融聚合反应制成新型--聚硅酸铁铝盐。

5.The flocculant SPAN is the graft copolymer of different grafing percent of starch-polyacrylamide.

5.（SPAN）是不同接枝率的演粉与聚丙烯酰胺的接枝共聚物。

6.Using lacunaris polyester as immobilized carrier,The immobilized of XN1 and continuous production of bioflocculant were studied in this paper.

6.利用多孔聚酯泡沫为载体,进行微生物产生菌的固定化及连续生产的研究。

7.Treating the thin stillage of centrifugalization with flocculation,the removing rates of suspended solids could be 86.

7.用法处理离心分离后的酒精废液,悬浮物除去率为86。

8.Polyamidine is a kind of important polymers,there are some amidine groups in their backbone or in their pendant chain.

8.聚脒是分子链中含有脒基团的一类聚合物,由于其在药物控释、光电子以及、造纸添加等领域的潜在应用价值,越来越受到重视。

9.The article introduces the determination and computing method of basicity of the polysalt like polymeric aluminum ferric-calcium magnesium salt flocculants.

9.本文介绍了多元盐如复合铝铁钙镁盐盐基度的测试及其计算方法。

10.An experiment on removing suspended solid(SS)from carclazyte catalyst production wastewater was carried out using 4 inorganic flocculants and 3 organic flocculants.

10.用4种无机和3种有机进行了脱除全白土催化生产废水(简称废水)中固体悬浮物(SS)的实验研究。

11.Aluminum sulfate, calcium chloride and lime are taken as raw materials.The products have high flocculability because of the existing of sulfate ion .

11.该工艺以硫酸铝、铝化钙和石灰为原料,引入硫酸根离子,产品的性能大大提高。

12.Abstract： Flocculation and deflocculation of fine sediment play an important role in soil structural stability, agrochemical compounds movement and eroded sediment transport.

12.摘 要： 细颗粒泥沙的-分散对土壤结构的稳定性，土壤中农用化合物的迁移以及侵蚀泥沙的输移、沉积有重要作用。