Poly(N-isopropylmethacrylamide-co-methacrylic acid) [P(NM)] network with colloidal size was obtained by emulsion polymerization. Chemical reduction of silver nitrate via NaBH₄ produced silver nanoparticles within network. Both P(NM) and Ag-P(NM) were characterized. 3-nitroaniline (3-NA) was reduced with NaBH₄ in presence of Ag-P(NM) to test its catalytic activity. Catalytic efficacy of Ag-P(NM) was investigated under various conditions of NaBH₄, 3-NA and Ag-P(NM). Dependence of rate constant upon NaBH₄ and 3-NA describes that 3-NA reduction takes place by following Langmuir Hinshelwood mechanism. Acquired kinetic data verifies that Ag-P(NM) is an efficient catalyst for reduction of 3-NA. Catalytic activity of Ag-P(NM) was found tunable via lead nitrate concentration.

通过乳液聚合获得具有胶体尺寸的聚（N-异丙基甲基丙烯酰胺-共-甲基丙烯酸）[P（NM）]网络。通过NaBH ₄化学还原硝酸银可在网络内生成银纳米颗粒。表征了P（NM）和Ag-P（NM）。在Ag-P（NM）存在下，用NaBH ₄还原3-硝基苯胺（3-NA ）以测试其催化活性。的Ag-P（NM）的催化效力的NaBH的各种条件下研究了₄，3-NA和Ag-P（NM）。速率常数对NaBH _4的依赖性和3-NA描述了通过遵循Langmuir Hinshelwood机理发生3-NA减少。所获得的动力学数据证实，Ag-P（NM）是还原3-NA的有效催化剂。发现Ag-P（NM）的催化活性可通过硝酸铅浓度调节。