CAJ | 학술논문

本文将5种不同的炭材料分别与粗大的硫酸铅颗粒组成研究电极。利用电化学方波电位法和线性扫描(L S V)测试，研究不同实验电极的真实比表面积与不同炭材料对硫酸铅转化的影响。结果表明，相比于纯硫酸铅电极，加入炭材料的电极都增加了真实比表面积。极化曲线测试表明AC和CB炭材料最能促进硫酸铅还原成铅，GC1与GC2炭材料次之，LC炭材料最差。
본문장5충불동적탄재료분별여조대적류산연과립조성연구전겁。이용전화학방파전위법화선성소묘(L S V)측시，연구불동실험전겁적진실비표면적여불동탄재료대류산연전화적영향。결과표명，상비우순류산연전겁，가입탄재료적전겁도증가료진실비표면적。겁화곡선측시표명AC화CB탄재료최능촉진류산연환원성연，GC1여GC2탄재료차지，LC탄재료최차。
The electrodes which are made with ifve different carbon materials and PbSO4 grains are tested by method of Chronamperometry and Linear Sweep Voltammetry (LSV) respectively. The effect of the real speciifc surface area of the experimental electrodes and the different carbon materials on the inversion of the lead sulphate was studied. The results show that the real speciifc surface area of the electrodes added with carbon materials is increased comparing to that of elctrodes with lead sulphate. Polarized curves indicate that AC and CB carbon materials have the best effect on promoting PbSO4 reduction to Pb, GC1 and GC2 carbon materials better, and LC carbon materials worst.