雷氏盐

开发了雷氏盐选择性沉淀分离SAM的新工艺，使SAM的硫酸盐得率在60%以上，硫酸对甲苯磺酸盐得率在50%以上。

Exploited the new craft to separate the SAM by the reinecke salt , making the recovery rate of the sulfate of SAM above 60 % and the recovery rate of p-toluenesulfonic acid salt above 50 % .

本文研究了在非离子表面活性剂乳化剂OP存在下，雷氏盐浊度法测定汞的试验条件，采用乳化剂OP作为一种稳定剂，使体系稳定性显著提高，分析条件易于控制。

The analysis condition was studied for the determination of mercury by reinecke salt turbidimetry in the presence of emulgent OP. The nonionic surfactant OP used as a stabilizer greatly improved the stability of the system .

研究了以乳化剂OP／正丁醇／正庚烷／水微乳液为介质，雷氏盐浊度法测定汞。

Nephelometric determination of mercury as its Reinecke salt in a microemulsion medium is described .

采用雷氏盐对SAM进行沉淀分离，能有效保持SAM的稳定性，简化了工艺流程，有利于降低生产成本。

SAM was separated by using Reinecke 's salt that could keep SAM stable effectively . This way simplifies the craft process and is advantageous to reduce the production cost .

雷氏盐比色法测定川芎季铵型总生物碱的含量

Colorimetric determination of total alkaloids in Ligusticum chuanxiong with reinecke salt

微乳液介质-雷氏盐浊度法测定汞的研究

Nephelometric Determination of Mercury as Its Reinecke Salt in a Microemulsion Medium

采用雷氏盐沉淀法对豆类丝核菌菌丝体中有机物进行了分离提取。

Reinecke salt was employed for the isolation and purification of it ′ s constituents .

方法采用雷氏氨盐剩余比色法测定生物碱含量。

Method : Alkaloids determined by the Ammoniun Reineckate-Differential-Colorimetry method .