butachlor
英
美
n. 丁草胺；去草胺
双语例句
- Effect of Inherit the Characteristic to the Cells of Clarias fuscus by the Herbicide Butachlor; Isolation and character of pathogenic bacteria from Clarias fuscus with cankering head disease
除草剂丁草胺对胡子鲶红细胞微核率的影响本地胡子鲶头甲溃烂症病原菌的分离与特性 - Adsorption of butachlor in main types of soils in northeast of China
除草剂丁草胺在东北地区主要土壤中的吸附研究 - Effects of Environmental Factors on Butachlor Absorption in Black Soil
环境因素对除草剂丁草胺在黑土中吸附的影响 - Effects of Humic Acid Substances on Photodegradation of Butachlor in Waters
腐植酸对水溶液中丁草胺光化学降解的影响 - Better the foot slip than the tongue. Sensitivity of the week seedling to butachlor is higher than the sound one.
脚下滑一跤，胜过甜头惹祸苗。水稻弱苗对丁草胺的敏感性高于壮苗。 - Degradation Dynamics and Residues Analysis of Butachlor in Rice Plant
丁草胺在水稻上的降解动态与残留分析 - Effect of Combined Pollution of Butachlor and Chlorpyrifos on Soil Bacteria Diversity in Paddy Field
丁草胺和毒死蜱复合污染对稻田土壤细菌群落多样性的影响 - Determination of Butachlor Residue in Grains by GC-MS Method
气相色谱-质谱法测定粮谷中丁草胺的残留量 - Study on Absorption and Toxic Effect of Heavy Metal Cd and Herbicide Butachlor in Vegetable
重金属镉与除草剂丁草胺在蔬菜中的吸收富集与毒性效应研究 - Physiological Responses of Lily Young Plants under Heat Stress and Effects on Heat Resistance of Plantlets from Radiated Scales; Sensitivity of the week seedling to butachlor is higher than the sound one.
百合幼苗高温胁迫反应及辐射鳞片对其扦插苗耐热性影响水稻弱苗对丁草胺的敏感性高于壮苗。 - Effects of Cu and Butachlor Pollutions on Soil Respiration Strength
铜和丁草胺污染对土壤呼吸强度的影响 - Effects of concentration of atrazine and butachlor in soils on growth and pesticide residue of Chinese cabbage
土壤中不同浓度阿特拉津和丁草胺对小白菜生长及残留的影响 - The acute toxicity effect of Rana guentheri tadpole and the influence of testicular growth by dichlorvos and butachlor were studied adopting standard determination technique of aquatic biological toxicity.
采用标准水生生物毒性的测定方法研究敌敌畏和丁草胺对沼蛙蝌蚪的急性毒性效应以及对精巢发育的影响。 - Biodegradation of Herbicide Butachlor in Water Media Using Bacillus amyloliquefaciens
解淀粉芽孢杆菌对水中丁草胺的降解及影响 - Effect of oxyfluorfen and butachlor mixture on the anaerobes in paddy soil
果尔和丁草胺混合使用对水稻土厌氧细菌的影响 - The improvement of the condensation technology on the butachlor production is carried out. It has been realized that the sodium hydroxide solution of 47 percent is replaced with the solution 42 percent, thus raising the conversion rate and the yield of product and reducing the production cost.
对丁草胺生产中的缩合岗位进行了工艺改进.实现了用市售的42%波碱替代47%的液碱直接用于生产，提高了原料的转化率和产品收率，降低了生产成本。 - Effect of butachlor and atrazine on cocozelle seed germination and photosynthetic content in the seedlings
丁草胺和莠去津对西葫芦种子萌发和幼苗光合色素含量的影响 - The degradative characteristics of butachlor in the root-zone soils of different crops such as wheat, cotton, rice, maize and the bulk soils, and microbial population dynamics of culturable microorganisms capable of utilizing butachlor were investigated.
测定了小麦、棉花、水稻和玉米根围土壤和非根围土壤中丁草胺的降解特征和降解菌变化动态。 - Comparative study on the resistance of rice to Butachlor and Acetochlor
水稻对丁草胺和乙草胺抗性的比较研究 - STUDY ON OZONATION OF AQUATIC HUMIC SUBSTANCES The Photolysis Effects of Humic Substances on the Butachlor in Water
水中天然有机物的臭氧氧化处理特性腐殖质对丁草胺在水中的光解效应研究 - The Transferability of Acetochlor and Butachlor in Soil
乙草胺和丁草胺在土壤中的移动性 - Study on Simulation of Adsorption, Degradation and Transportation of Pesticide Butachlor in Sandy Loamy Soil
农药丁草胺在砂质壤土中吸附、降解和运移规律的模拟磺胺二甲嘧啶及其主要代谢产物在砂质壤土中转归的研究 - While the resistance level of the barnyardgrass is directly proportional to the time of using butachlor.
稗草对丁草胺的抗性水平与连续使用时间呈正相关，而与α&淀粉酶活性抑制率呈反相关。 - The soil microbial biomass was not significantly affected by atrazine and butachlor at the same dose.
相同浓度的阿特拉津和丁草胺对水稻土微生物生物量影响不明显。 - Butachlor is an effective amide herbicide which is mainly used for controlling pre-emergence weeds and used widely in China.
丁草胺是一种高效内吸传导型的酰胺类除草剂，主要用于芽前杂草的防除，现已在我国大面积的使用。 - All results obtained could provide theoretical basis for butachlor bioremediation in practical field application.
这为田间实际的生物修复提供一定的理论依据。 - Interaction mechanism of cadmium and butachlor was very complicated, and the type of interaction changed with the concentration.
镉与丁草胺复合作用机理较为复杂，交互作用类型随复合浓度的变化而变化。