paam

Study on the coordination polymer of Nd (ⅲ) and PAAM

聚丙烯酰胺钕配合物的研究

Synthesis and Application of PAAM / COB as Anionic Polymeric Dispersant

阴离子型高分子分散剂PAAM/COB的合成及应用

The effect of dissolving conditions on the final viscosity of polyacrylamide ( PAAM ) aqueous solution was investigated .

研究了配制条件对聚丙烯酰胺水溶液粘度的影响。

Research found that swelling of the heterozygous gel is obviously faster than the rate of pure PAAm gel .

研究发现，杂合水凝胶的溶胀速率明显快于纯的PAAm水凝胶，并对这种溶胀行为进行了解释。

The concentration of glutaraldehyde which activated PAAm beads is 5 % ; pH of activation is 7.0 ;

戊二醛的活化浓度为5%：偶联时的pH值为7刀；

The results show that AAM monomer can be effectively polymerized onto CaCO_3 particle surface to form a PAAM layer by UV irradiation .

结果表明：紫外光能有效地引发AAM在CaCO3粒子表面聚合。

The formation of interpenetrating network gels improved the mechanical strength of gel , depending on the components of the PAAm and PVA and crosslinking agent proportion .

互穿网络水凝胶的形成显著提高了水凝胶的力学强度，且取决于PAAm和PVA的组分比、交联剂比例。

A model was proposed to predict the bubble size generated in the PAAm solutions , on the basis of the ratio of gas / liquid flow rates and that of the Reynolds number of both phases .

实验发现非牛顿流体PAAm溶液对气泡头产生拉伸作用，提出了基于气液流量比和雷诺数比的气泡尺寸预测模型。

Fourier analysis indicated that in the process of bubble rising , apparent periodical characteristics were displayed in the movements both in gas and liquid phases in CMC solution , and chaotic phenomenon appeared in PAAm solution .

傅立叶分析表明气泡在CMC溶液中上升时，气液两相都表现出明显的周期性特征，PAAm溶液中的气泡上升是混沌运动。

To utilize the waste aluminum synthetically , this paper researched the preparation of a new type of inorganic-organic polyblend-flocculant ( PAAM ) using the supersonic dispersion to deal with the waste aluminum and discussed the optimum technological condition .

为综合利用废铝渣，研究了用超声分散处理废铝渣来制备一种新型无机-有机高分子复合絮凝剂（PAAM）。

When KOH was embedded in PAA / PAAM gel by the way of radical solution polymerization , a strong alkaline gel electrolyte with reasonable mechanical strength was made . It was found that the conductivity of the gel electrolyte at ambient temperature was similar to that of KOH solution ;

采用自由基溶液聚合方法，将KOH嵌入由聚丙烯酸/聚丙烯酰胺（PAA/PAAM）构成的固体凝胶中，制成具有较高机械强度的强碱性固体凝胶电解质。