The anodic oxidation of lead sulphate is well known. 而硫酸铅的阳极氧化反应则是众所周知的。
A new method was studied for the determination of Nickel in Lead ingot in nitre acid after the main part were separated by Lead Sulphate. Determine of Vitriolic Barium Photometry of Sulfur in Perchloric Sample Containing Low Sulfur 试验采用硫酸铅沉淀分离主体后,在硝酸介质中测定微量镍。高氯低硫样品中硫的硫酸钡光度法测定
It is found that the concentration of nitric acid has great effect on reclaiming rate of lead in the processing of nitric acid leaching-lead deposition after investigating the preparation of tribasic lead sulphate from bismuth waste residue by ammonium hydrogen carbonate transformation method. 通过对铋冶炼浸渣采用碳酸氢铵转化法合成三碱式硫酸铅的工艺研究,得出在硝酸浸出&硫酸沉铅工艺过程中影响铅回收率的主要因素为硝酸质量浓度。
Two circuits are used to treat the waste residue containing copper which were produced by lead smeltery, and cupric sulphate reagent is get with this two circuits. 用两种流程对铅冶炼厂的含铜废渣进行处理,均可制取试剂硫酸铜。
The processing principle for the preparation of tribasic lead sulphate from bismuth hydrometallurgy waste residue by ammonium hydrogen carbonate transformation-nitric acid leaching-lead deposition with sulphuric acid-sodium hydroxide synthesis is introduced. 介绍了铋冶炼浸渣采用碳酸氢铵转化硝酸浸出硫酸沉铅氢氧化钠反应合成三碱式硫酸铅的工艺原理。
The shielding rate of high-energy X-and β-radiation, the size of nanometer lead or nanometer lead sulphate in the samples, were measured. 测得了各样品对高能X射线和β射线的屏蔽率、样品中纳米铅和纳米硫酸铅颗粒的大小和形状。
Study on preparation tribasic lead sulphate from bismuth hydrometallurgy waste residue 从铋冶炼浸渣制取三盐基硫酸铅的研究
Investigation on the preparation of tribasic lead sulphate from bismuth hydrometallurgy waste residue& the influence of the processing on nitric acid leaching-lead deposition with sulphuric 从铋冶炼浸渣制取三碱式硫酸铅的工艺研究硝酸浸出流酸沉铅工艺的影响
The production technology of basic lead carbonate A STUDY ON SPRAY DRYING OF BASIC CHROME SULPHATE 碱式碳酸铅的生产工艺研究离心喷雾干燥法制备固体碱式硫酸铬
The polarization behaviour of lead has been studied in sulphuric acid solutions with various additions of sodium sulphate, cobalt sulphate, ammonium dichromate and phosphoric acid. LAB增强剂采用在带有硫酸钠,硫酸钴,重铬酸铵和磷酸的多种添加剂的硫酸溶液中,对铅蓄电池电极的特性进行研究。