dendrimer

基本解释

The three type modified dendrimer all have property of demulsification, AM-PAMAM behaves best in all products in this article.
三种改性产品都有破乳性能，其中丙烯酰胺改性聚合物的破乳效果最好；
The demulsification influence of synthetical dendrimer PAMAM on the oil-drop liquid film was studied by the single-drop method, and its demulsification mechanism was analyzed.
应用单滴法考察了合成的树状高分子聚酰胺-胺对油滴液膜的破乳效果，并分析了其破乳机理。
Starting from a core molecule possessing alkenyl groups and repeating the hydrosilylation step and alkenylation step, a carbosilane dendrimer with Si-atoms as branching pointing was obtained.
从一个含有烯基的中心核分子开始，重复进行硅氢化作用和烯基化作用的过程可以获得以硅原子作为支化点的碳硅烷树形分子。

Starpharma is also in an enviable position, holding broad-based patents on various dendrimer applications.
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Starpharma's relationship with DNT links it into a much larger intellectual property space, as Tomalia retains many dendrimer-related patents.
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The FDA's support of VivaGel has been something of a landmark: the product is the first dendrimer to go through the FDA system.
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树枝状大分子
This dendimer complex was a phosphine-free,highly efficient and stable dendrimer catalyst for Heck reaction.
该树枝状大分子配合物是一种无磷、高效和稳定的Heck反应催化剂。
聚合物
The polyamidoamine(PAMAM) dendrimer is a kind of branch structure polymer with a special surface configuration and organic functional groups.
聚酰胺-胺(PAMAM)树形大分子是一类有树形结构的聚合物，具有特殊的表面结构和官能团。
树状分子
树枝状高分子
Therefore, our work makes the original design by synthesizing of theG5 cyclotriphosphazene-core PAMAM dendrimer of high superficialfunctional group density used as the medicine release carrier.
因此，本课题组首创性的设计合成高表面官能团密度的G5代三聚膦腈核PAMAM树枝状高分子，以达到可作为药物控释载体应用的目的。
树状聚合物

树状分子
From the view of molecular dynamics, we researched the tetrad effect of RE in the presence of PAMAM dendrimer and studied the complex effect of dendrimer and inorganic particle from a size on the nanometer scale.
从分子动力学角度重点分析了在树状分子PAMAM主体中，稀土元素所表现出的四组分效应。
树状高分子
Based upon former researches on the dendrimer,the divergent approach was used again to synthesize a series of new dyeing auxiliaries. By verification of repetition and stability, processes were optimized to improve rate and purification of synthesis.
本论文基于前期对新型树状高分子化合物的研究,采用发散合成法合成了一系列新型染色助剂,并进行了合成重复性验证;优化了合成条件,以期提高合成产物的产率和纯度;研究了助剂对羊毛和涤纶分散染料一浴法染色同色性、匀染性、上染率的影响;重点对助剂进行了分析提纯与结构鉴定。
电子、通信与自动控制技术
人造分子