绿麦隆

介绍了用高效液相色谱同时测定牛肉及其制品中脲类除草剂&敌草隆、绿麦隆残留量的方法。

Amethod for the determination of diuron and chlortoluron in beef and beef products with high performance liquid chromatography is described .

2,3,6－三氯苯基乙酸硒催化3-氯-4-甲基硝基苯羰基化合成绿麦隆

Selenium-catalyzed Carbonylation of 3-chloro-4-methyl-nitrobenzene to Chlortoluron Herbicide

方法：雄性昆明小鼠经口染毒绿麦隆25d，取睾丸组织作为标本观察。

METHODS : Male mice were contaminated with chlorotoluron by oral for25 days .

阿特拉津对绿麦隆吸附-解吸作用的影响

Effect of Atrazine on the Chlorotoluron Adsorption and Desorption in Soil

~（14）C-绿麦隆的土壤结合残留

Bound residues of ~ ( 14 ) c-chlorotoluron in soil

绿麦隆复合体系对小鼠睾丸组织的影响

Effect of chlorotoluron system on the testis of mice

阿特拉津和氮肥对绿麦隆在土壤中吸附作用影响的研究。

Impact of atrazine and nitrogen fertilizers on the sorption of chlorotoluron in soil .

前言：目的：研究绿麦隆复合体系对小鼠睾丸组织的影响。

AIM : To study the effect of chlorotoluron system on the tesis of mice .

结论绿麦隆和阿特拉津对小鼠睾丸的毒性与染毒剂量相关，联合作用体系加重了对小鼠睾丸的毒性效应。

Conclusion Chlorotoluron and atrazine can produce a combined toxic effect on the testis of mice .

绿麦隆、阿特拉津单一及复合体系对蚯蚓急性毒性效应的研究。

Toxicity of single and binary herbicide system combined with chlorotoluron and atrazine to earthworm Eisenia foetida was investigated .

当硫铵、尿素与绿麦隆同时施入土壤，随着氮肥浓度的增加，绿麦隆的淋溶作用降低。

Ammonium sulfate and urea reduced chlorotoluron leaching losses of chlorotoluron when fertilizers and chlorotoluron were applied into soil .

硫铵和尿素施入土壤后，绿麦隆的降解速率降低，且绿麦隆在尿素处理土壤上的降解速率大于硫铵处理的土壤。

Moreover , degradation rate of chlorotoluron was faster in urea-treated soils than ammonium sulfate-treated soils in different soil depth .

在高压汞灯下，含有少量的丙酮、甲醇和乙腈溶液中，绿麦隆的光化学反应符合一级动力学方程。

The photolysis kinetics of chlorotoluron including a little acetone , methyl alcohol and acetonitrile in aqueous solution followed a first order reaction under HPML .

绿麦隆主要破坏蚯蚓的表皮细胞和肠道，而阿特拉津则通过破损蚯蚓消化道而使其致死。

After chlorotoluron entering into earthworms , epidermis and intestines of earthworms were ruined . While atrazine ruined alimentary tract of earthworms and resulted death of earthworms .

~（14）C-绿麦隆的土壤结合残留物主要集中于腐殖质，其中，结合于胡敏素的>结合于胡敏酸的>结合于富里酸的；

Bound residues of 14C-chlorotoluron mainly bound with the components of soil humus , the distribution of which was in the order of humin > humic acid > fulvic acid .

~（14）C-绿麦隆在土壤中的结合残留物可被后茬水稻经根系吸收，向上运转，并导致叶尖部受药害而呈现缺绿发枯。

Bound residues of 14C-chlorotoluron in soils could be absorbed by step-crop ( rice ) and moved to the upper part , that would cause chemical injury , chlorosis and necro - sis for the leaf tip .

研究了~（14）C-绿麦隆在模拟渍水和旱地条件下的水稻土和黑土中结合残留、其土壤结合残留物在腐殖质组分间的分布及对后茬水稻的有效性。

Dynamics of bound residues of 14C-chlorotoluron , distribution of the bound residues in the components of humus , and their absorption by step-crop ( rice ) were investigated in paddy soil and black soil under simulated aerobic and anaerobic conditions respectively .