洗滌時pH值對納米級β-Ni(OH)2的團聚程度和電化學性能的影響（英文）

Nano-scale nickel hydroxide was prepared by precipitate transformation method in the paper. Effect of rinse pH on the agglomeration degree and electrochemical performance of nano-scale Ni (OH)2 was investigated. The measurement results of XRD and TEM indicate that the prepared nano-scale Ni (OH)2 is β (II)-phase, the grain size is in the rang of 10 ～ 50nm, and rinse pH exerts a great influence on the agglomeration degree of nano-scale Ni(OH) 2.The agglomeration of material becomes very obvious when rinse pH = 11, and the density of nano-scale Ni(OH)2 is enhanced obviously. Cyclic voltammetry(CV) and simulate cells experiment show that nano-scale Ni(OH)2 with suitable agglomeration degree have better electrochemical CV performance than those with ideal disperse Ni (OH)2and micron Ni(OH)2, and its proton diffusion coefficient is also the highest. It can elevate the discharge potential platform and prolongs discharge time, so the utilization ratio of Ni (OH)2 is raised.``

作 者： 趙力 張翠芬 周德瑞   作者單位： 哈爾濱工業(yè)大學應用化學系,哈爾濱,150001  刊 名： 無機化學學報  ISTIC SCI PKU 英文刊名： CHINESE JOURNAL OF INORGANIC CHEMISTRY  年，卷(期)： 2002 18(6)  分類號： O614.81+3 TM912.2  關鍵詞： 納米材料 團聚 Ni(0H)2 粉末微電極   nano material agglomeration Ni(OH)2 powder microelectrode  

【洗滌時pH值對納米級β-Ni(OH)2的團聚程度和電化學性能的影響英文】相關文章：

云杉和落葉松樹干徑流對土壤pH值的影響04-27

水體pH值對藍藻水華生消的影響04-26

云南高原湖泊滇池和星云湖pH值特征及其影響因素分析04-25

pH值和離子強度對胡敏酸與芘之間相互作用的影響04-25

pH值對易腐有機垃圾厭氧發(fā)酵產物分布的影響04-26

Sb(Ⅲ)在蒙脫土、高嶺土和針鐵礦表面的吸附:pH值和離子強度的影響04-26

胞外聚合物、Ca2+及pH值對生物絮凝作用的影響04-27

pH值對ABR反應器運行穩(wěn)定性的影響04-26

pH值對含鉻廢水處理效果的影響研究04-27

模擬不同pH值的雨水對煉鋅廢渣浸出毒性的影響04-27