... 架桥密度 crosslink density 架桥作用，交链作用 crosslinkage 交链聚合物 cross-linked polymer ...
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26 27 （3）吸附架桥作用(adsorption and interparticle bridging) 胶粒与胶粒之间通过高分子物质连接（聚集） 在一起。
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吸附及架桥作用 adsorption and bridging
The flocculating mechanism of MBF3-3 is absorption-bridging. MBF3-3's-COO-increase its solubility and lengthen its available molecular length, thus intensify its absorption-bridging effect.
MBF3-3的絮凝机理为吸附架桥，—COO~-的存在能增加其水溶性和在溶液中的有效分子长度，有助于增强吸附架桥作用。
参考来源 - 微生物絮凝剂的制备及其絮凝机理的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
PACSAM的絮凝机理包括化学反应、分子间氢键、电中和及架桥作用等。
The flocculation mechanism of PACSAM is chemical reaction, intermolecular hydrogen bonding, charge neutralization and bridging action, etc.
这种絮凝剂具有网状结构，将污水中的悬浮颗粒通过架桥作用絮凝沉淀下来。
It has netted structure, so in waste water, the suspending particle is deposit by bridging.
该絮凝剂絮凝效果好的主要原因是分子量较大，含有适宜的羧基，使絮凝剂分子能够充分伸展，较好地发挥吸附架桥作用。
The high flocculating activity of MBFA9 are from high molecular weight and proper content of -coo -, which make the flocculant molecular chains spread well and promote bridging.
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