莠去津

用土柱实验模拟莠去津在土壤中的运移。

The transport of atrazine in soil was investigated with soil column experiments .

HPLC同时检测水中甲萘威、莠去津农药残留量

Simultaneous detection of carbaryl and atrazine in water by HPLC

莠去津对斑马鱼解毒酶系的影响及DNA损伤研究

The Toxic Effects of Atrazine on Detoxification Enzymes and DNA Damage in Zebrafish

对水体中莠去津降解影响最大的环境因素是pH，酸性和碱性会促进莠去津的降解；

Acidic and Alkaline may enhance atrazine degradation .

以上实验结果表明，莠去津平面分子能够嵌插到DNA双螺旋链中，形成较稳定的加合物。

The above results proved that atrazine could be inserted into the double-helix of DNA and formed a stable DNA adduct .

本论文设计了两种新型的DNA电化学生物传感器，并研究了除草剂莠去津与DNA二者之间的相互作用。

Two new-typed DNA electrochemical biosensor was prepared , and the interaction between atrazine and Herring Sperm DNA was studied in this paper .

23%烟嘧·莠去津SC防除夏玉米田杂草的效果研究

Weed Control of Nicosulfuron + Atrazine 23 % SC on Summer Corn

利用HPLC法对土壤中莠去津的残留动态、淋溶动态进行了研究。

The residual dynamics and leaching dynamics of atrazine in corn field were studied by HPLC .

随莠去津浓度的增加，斑马鱼组织液中的E2含量上升。

The content of E2 raised in zebrafish tissue fluid with the increasing of atrazine concentration .

除草剂莠去津（atrazine）在土壤-水环境中的吸附及其机理

Adsorption of Herbicide Atrazine on Soils

细菌HB-5对除草剂莠去津的酶促降解研究

Enzymatic degradation of herbicide atrazine by strain HB - 5

本研究以来源于土壤、还原于土壤为指导思想，从长期施用莠去津的土壤中分离、筛选出3株长势良好的放线菌株S1、S2和S3，作为试验用莠去津降解菌。

The actinomyces designated as S1 S2 and S3 were isolated and selected from Atrazine contaminated soil , and they were regarded as Atrazine-degrading strains in the test .

莠去津高效降解细菌HB-5的固定化研究

Immobilization Research of High-Efficiency Atrazine-Degrading Bacterium HB-5

以3H标记莠去津建立的莠去津放射免疫测定法对水中莠去津添加回收率的测定表明，自来水的添加回收率为88.5%～107.5%，运河水的添加回收率为87.4%～110.9%。

The RIA for atrazine labeled by 3H was established and showed that the rate of recovery by adding atrazine in drink water and yunhe water were 88.5 % - 107.5 % and 87.4 % - 110.9 % respectively .

结果表明，此方法能增加修饰层上DNA探针的固定量，并使固定的ssDNA保持伸展状态，有利于杂交的进行，同时发现该传感器对莠去津具有较灵敏的响应。

Experiment results showed that the immobilized amount of DNA probe on modified layer increased , and the immobilized ssDNA kept a extension state , which was beneficial to the hybridization of DNA . Furthermore , this biosensor had a sensitive response for atrazine .

莠去津即使浓度在1g／l时，仍会对杨树幼苗产生极强的抑制作用，所以在速生杨圃地除草时，应避免作为苗后茎叶处理剂使用。

Atrazine can strongly inhibit poplar seedling even if concentration is lg / 1 , so we should avoid using it as treatment solvent to stem and leaf after seedling in instant poplar nursery .

在实验室条件下测定了不同浓度农达、莠去津、灭草松、百草枯和2.4-D丁酯对核盘菌（S.sclerotiorum）生长的影响。

In the laboratory condition , the effects of atrazine , paraquat , Roundup ? , 2.4-D butylate or bentazone at the different concentrations on S. sclerotiorum were assayed .

盆栽实验表明，土壤中莠去津对大豆、甜玉米、小麦、水稻和甜瓜的安全临界浓度分别为0.7911,1.5360,0.2932,0.0493和0.0879mg·kg-1，水稻和甜瓜的死亡浓度为0.5mg·kg-1。

The critical safety concentrations of atrazine in soil to five crops were studied in greenhouse . The results showed that the critical safety concentrations for soybean , sweet corn , wheat , rice and muskmelon were 0.7911,1.5360,09.2932, 0.0493 and 0.0879mg · kg-1 , respectively .

以莠去津降解细菌HB-5作为研究对象，探索了降解菌HB-5的固定化方法，并对降解菌HB-5及其固定化菌对土壤中莠去津的降解能力进行了比较。

The high-efficiency atrazine-biodegrading bacterium from industrial sewerage , named as HB-5 , was filtrated . The method of immobilization of bacterium HB-5 were studied . The differences of biodegradation data between bacterium HB-5 and immobilized HB-5 on soil were compared .

泡沫镍/铁粉脱氯降解莠去津

The dechlorination degradation of atrazine by foam nickel / iron powder

高浓度90%莠去津水分散粒剂的研制

Preparation of a highly concentrated 90 % atrazine water dispersible granule

莠去津对斑马鱼胚胎发育及幼鱼成活的影响

Effects of Atrazine on Embryonic Development and Larval Survival of Zebrafish

一种降解酶及其固定化酶对莠去津降解特性研究

Degradative Characteristics of One Degrading Enzyme and Its Immobilized Enzyme to Atrazine

莠去津吸附的土壤淋溶柱色谱法研究

Study on Adsorption of Atrazine by Soil Leaching Column Chromatography

添加有机物对莠去津污染土壤微生物生物量的动态影响

Effect of Organic Amendments on Soil Microbial Biomass in an Atrazine-contaminated Soil

本文确立了水中莠去津、乙草胺残留量检测方法。

A method was developed to determine atrazine and acetochlor in water .

莠去津原药生产，反应必须在介质中进行。

The reaction of Atruzine production must be in medium .

38%莠去津悬浮剂专用助剂的研制和应用

Development and Application of Special Auxiliary for 38 % Atrazine Suspension Concentrates

莠去津对核桃幼苗生长量及生理效应的影响

Growth and Physiological Effects of Atrazine on Black Walnut Seedlings

48%莠去津可湿性粉剂对不同玉米品种的安全性研究

Security research on different maize varieties to the 48 % atrazine WP