CAJ | 학술논문

将海藻酸钠水溶液滴加到MnCl2水溶液中凝固成海藻酸锰小球。海藻酸锰小球吸附吡咯单体，在酸性KMnO4溶液中使吡咯单体氧化聚合成聚吡咯（PPy），得到聚吡咯/海藻酸锰复合小球（MPM）。用红外光谱仪、扫描电子显微镜和电化学工作站表征了复合小球的结构、形貌和电化学性能。结果表明：直径为200~500 nm的PPy微球聚集在海藻酸锰小球的表面。随着海藻酸钠在MnCl2水溶液的凝固时间增加，MPM的PPy含量偏低，复合小球的电容值减小。这种具有导电和生物相容性的MPM将在新型电极材料领域得到应用。
장해조산납수용액적가도MnCl2수용액중응고성해조산맹소구。해조산맹소구흡부필각단체，재산성KMnO4용액중사필각단체양화취합성취필각（PPy），득도취필각/해조산맹복합소구（MPM）。용홍외광보의、소묘전자현미경화전화학공작참표정료복합소구적결구、형모화전화학성능。결과표명：직경위200~500 nm적PPy미구취집재해조산맹소구적표면。수착해조산납재MnCl2수용액적응고시간증가，MPM적PPy함량편저，복합소구적전용치감소。저충구유도전화생물상용성적MPM장재신형전겁재료영역득도응용。
Alginate mangane microspheres were prepared by dipping the alginate solution in the manganese chloride solution,and then used to adsorb the pyrrole monomer. Using acidic potassium permanganate solution as oxidation agent,the pyrrole monomer was polymerized to form the polypyr?role(PPy)on the surface of the alginate manganese spheres to form the composites microspheres of PPy/alginate manganese. The structure,morphology and electrochemical properties of the composite spheres were characterizated by the infrared spectroscopy,SEM and electrochemical workstation. The results showed that there was PPy microspheres with 200 to 500 nm diameter on the surface of the composites spheres of alginate manganese. As increasing the solidification time,PPy/alginate manganese alginate composite spheres had a tighter structure with a lower polypyrrole amount,its ca?pacitance decreased. Such spheres with the biocompatible and conduct properties will be widely ap?plied in the novel electrode field.