Benzalkonium Chloride 80% (BKC80%)

A nanomaterial algaecidal sheet was prepared for algaecidal treatment.

针对应急性杀藻需求,采用纳米材料研制了纳米杀藻布并对其进行了实验室和小型现场杀藻试验。

Photocatalytic oxidization process for algae-killing with solar energy-TiO_2;

太阳能-TiO_2光催化氧化杀藻实验研究

Iron salt, as synergist, can greatly enhance the effects of copper algicide.

30mg/L的Cu~(2+)能有效控制微囊藻水华(Microcystis)的生长;铁盐作为杀藻剂的增效剂,能够有效地提高铜盐的除藻效果。

Screening of Lead Compound of Algaecide for Microcystis and Analysis of Toxic Effects;

微囊藻杀藻剂先导化合物的筛选及毒性效应分析

The algicidal effect results from the variations in chromaticity and turbidity of treated water are monitored,using instruments equipped with electronic light source singly colored within the scope of absorption bands of chlorophyll.

采用具备单色电子光源的仪器监测处理水的色度与浊度的变化 ,辅助判断杀藻效果。