AIM: To study the effect of chlorotoluron system on the tesis of mice. 前言:目的:研究绿麦隆复合体系对小鼠睾丸组织的影响。
Effect of Atrazine on the Chlorotoluron Adsorption and Desorption in Soil 阿特拉津对绿麦隆吸附-解吸作用的影响
Conclusion Chlorotoluron and atrazine can produce a combined toxic effect on the testis 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。
Effect of chlorotoluron system on the testis of mice 绿麦隆复合体系对小鼠睾丸组织的影响
The photolysis kinetics of chlorotoluron including a little acetone, methyl alcohol and acetonitrile in aqueous solution followed a first order reaction under HPML. 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。
Ammonium sulfate and urea reduced chlorotoluron leaching losses of chlorotoluron when fertilizers and chlorotoluron were applied into soil. 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。
The extraction capacity of organic solvents was decreased for chlorotoluron after ageing 108 days. 污染土壤老化108天后,4种有机溶剂对土壤中绿麦隆的萃取能力明显降低。
Toxicity of single and binary herbicide system combined with chlorotoluron and atrazine to earthworm Eisenia foetida was investigated. 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。
After chlorotoluron entering into earthworms, epidermis and intestines of earthworms were ruined. While atrazine ruined alimentary tract of earthworms and resulted death of earthworms. 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。
Impact of atrazine and nitrogen fertilizers on the sorption of chlorotoluron in soil. 阿特拉津和氮肥对绿麦隆在土壤中吸附作用影响的研究。
Moreover, degradation rate of chlorotoluron was faster in urea-treated soils than ammonium sulfate-treated soils in different soil depth. 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。