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1·PAMAM dense oil polluted water demulsifier was synthesized by protected-unprotected method.

通过保护与反保护的方法，合成了PAMAM稠油原污水高效破乳剂。

2·The generation of PAMAM strongly influences the catalytic efficiency of Cu(II)-PAMAM dendrimer catalyst.

PAMAM树形分子的代数会强烈的影响Cu（II） –PAMAM树形分子络合物催化剂的催化效率。

3·Chapter 1 begins with a summary on dendrimer and its applications in biomedicine especially PAMAM dendrimers.

第一章对树枝形分子及其在生物医学中的应用进行了概述，尤其是对PAMAM树枝形分子。

4·Synthesis and characterization of poly(amidoamine)(PAMAM) dendrimers are conducted by taking the benzene ring as nucleus.

合成了以苯环为核的一类端胺基树枝状化合物，并对其进行了表征。

5·Site tests showed that the PAMAM of tree molecules is a kind of demulsifier with excellent performance for dense oil-polluted water.

现场试验表明，PAMAM树形分子是一类性能优良的稠油原油污水破乳剂。

6·The results are significant for three reasons as follows. First, it is the first example that Cu(II)-PAMAM dendrimer complexes are used as catalysts.

这个结果是很重要的，原因如下：第一，这是Cu（II）-PAMAM络合物催化剂用作催化剂的第一个例子；

7·A new dendritic compound has been synthesized with ethylenediamine and acrylic dedoca ester by divergent on the basis of the synthetic method of PAMAM.

根据聚酰胺-胺的合成工艺，以乙二胺和丙烯酸十二酯为原料，采用“发散合成法”合成一类新的树枝状化合物；

8·On the basis of relative literatures, a nove network nanocomposite was synthesized using the first generation polyamidoamine dendrimer (G1 PAMAM) as dispersant agent.

本论文在广泛的文献调研工作基础上，基于一代聚酰胺-胺树状高分子（G1 PAMAM）合成了一种新型网状纳米复合物；

9·The results show that the tensile strength, breaking elongation, impact strength and MFR of nylon 6 increase simultaneously after some PAMAM were added. The optimum increment is 1.0%.

结果发现，在尼龙6中添加pamam后，尼龙6的拉伸强度、断裂伸长率、缺口冲击强度及熔体流动速率均有所提高，PAMAM添加量为1.0%时效果最佳。

10·A novel class of three-dimensional polycondensates were prepared with PAMAM dendrimers having terminal multi-functional groups and other compounds, on the basis of polycondensation mechanism.

以分子末端带有多官能度活泼端基的PAMAM等为原料，通过缩聚反应制备了一类新型体型缩聚物。