Bronopol was synthesized from nitromethane and formaldehyde by hydroxyalkylation and bromination in the presence of alkali. 以硝基甲烷和甲醛为原料,在碱性条件下经烷羟基化和溴化两步反应合成了溴硝醇。
The activities of both urease and catalase are sensitive to bronopol. 土壤脲酶和过氧化氢酶都对溴硝醇比较敏感。
To Study the New Method of compounding Bronopol 关于合成溴硝醇新方法的研究
To the degradation of bronopol, biological factor is more important than non-biological factor, even though non-biological factor is important. 溴硝醇在土壤降解过程中,非生物因素起到了比较重要的作用,但仍以生物降解为主。
Effects on the Activities of Urease and Catalase in Soil from Bronopol 溴硝醇对土壤脲酶和过氧化氢酶活性的影响
The half-life of bronopol in river tidal soil and red soil is 2.77d and 3.46d, respectively, suggesting that bronopol should be very degradable bactericide. 溴硝醇在河潮土壤和红壤中的半衰期分别为2.77d和3.46d,溴硝醇为易降解农药。
Bronopol is an ultra-high effect and wide-spectrum bactericide. 溴硝醇是一种高效广谱的杀菌剂。