1) mesoprazine
灭莠津
2) Atrazine
['ætrəzi:n]
莠去津
1.
Optimized culture medium and fermentation conditions for enzyme production by the atrazine-degrading bacterium HB-5;
莠去津降解菌HB-5的最佳产酶培养基及发酵条件
2.
Determination of Atrazine in Enviroment Soil and Water by HPLC with Solid-phase Extraction;
固相萃取富集-高效液相色谱法测定土壤·水质中的莠去津
3.
Preparation of a highly concentrated 90% atrazine water dispersible granule;
高浓度90%莠去津水分散粒剂的研制
3) Qingjinxiu
氰津莠
1.
Techniques of Applying Qingjinxiu Suspension Concentrate in Early Postemergence against Weeds in Corn Field;
氰津莠悬浮剂苗后防除玉米田杂草应用技术研究
4) ametryne
莠灭净
1.
A method for the determination of a mixture of atrazine and ametryne had been developed by adopting HPLC with the C18 column (Waters Co.
采用HPLC法,以C18柱为固定相,甲醇-水为流动相(体积比为60∶40),检测器检测波长为220nm,外标法定量,在室温条件下分离反应液中的莠灭净和阿特拉津及其它组分,而且准确测定莠灭净和阿特拉津含量。
2.
The new and high content solidification formulation of 80% ametryne water dispersible granule was intro- duced with the processing craft of extrusion-granulating.
采用了挤压造粒的加工工艺对高含量莠灭净固化新剂型WG(水分散粒剂)进行了研制,尤其对该制剂中的润湿剂、悬浮分散剂、粘结剂和崩解剂的种类及用量进行了筛选,并对该制剂的润湿、崩解、悬浮等性能进行了检测,根据试验结果得到了由2%的烷基萘磺酸钠、4%的马来酸-丙烯酸共聚物钠盐、3%的聚乙烯吡咯烷酮、2。
3.
The removal efficiencies of atrazine and ametryne by coagulation,PAC adsorption and PAC adsorption coupled with coagulation in the background of their concentration sudden increase in water were studied.
以水中阿特拉津和莠灭净浓度突增为背景,研究了混凝、PAC吸附和PAC吸附+混凝等工艺对它们的去除效率,同时根据原水水质的变化和水厂的常用工艺,分别考察了混凝剂投加量、pH值、预氧化对混凝去除阿特拉津和莠灭净的影响,以及目标物初始浓度、天然有机物浓度和预氧化对PAC吸附的影响。
5) ametryn
莠灭净
1.
Residue Dynamics of Ametryn 80% WP in Corn and Soil;
莠灭净80%可湿性粉剂在玉米和土壤中残留行为研究
2.
Effect of 80% ametryn on controlling weeds in sugarcane field;
80%莠灭净防除蔗田杂草药效评价
3.
Determination of Ametryn by HPLC;
莠灭净高效液相色谱法检测
6) Nicosufuron+Atrazina
烟嘧·莠去津
1.
Effect of Nicosufuron+Atrazina 40% WG on Annual Weeds in Corn Field
40%烟嘧·莠去津WG防除玉米田1年生杂草的效果
补充资料：灭莠津
分子式：
CAS号：
性质： 结晶固体。熔点112～114℃。选择性除草剂。由三聚氯氰分别与异丙胺及3-甲氧基丙胺在缚酸剂存在下作用生成。也可作棉花脱叶剂，通过脱水加速成熟，减低坐果，改善马铃薯的贮存性能和延长收获期等用途。
CAS号：
性质： 结晶固体。熔点112～114℃。选择性除草剂。由三聚氯氰分别与异丙胺及3-甲氧基丙胺在缚酸剂存在下作用生成。也可作棉花脱叶剂，通过脱水加速成熟，减低坐果，改善马铃薯的贮存性能和延长收获期等用途。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条