Acetamiprid 3% EC provided excellent control of cucumber aphid in field experiments.
田间药效试验表明，3%啶虫脒乳油防治黄瓜蚜虫具有较好的防治效果。
Acetamiprid was degraded rapidly by microorganism in soil and volatility on plant leaves.
土壤中它以微生物降解为主，植物上以物理消解为主。
A field experiment was conducted to reveal the residue dynamics of acetamiprid in orange and soil.
采用田间试验方法，研究了莫比朗在柑桔和土壤中的消解动态和最终残留。
The formulation of the 30% acetamiprid SL is introduced. The best composition as well as specification for its quality control is described.
介绍了30 %啶虫脒浓可溶性液剂的配方，确定了较佳配方组成及质量控制指标。
The acetamiprid pesticide is mainly applied to rice fulgorid, aleurocanthus spiniferus and aphid on the paddy rice, fruit trees and vegetables.
该发明主要应用水稻、果树及 蔬菜上的稻飞虱、黑刺粉虱及蚜虫。
Various pesticides have great impact on boll opening stage, and the boll opening stage are the latest after spraying mepiquat chloride and acetamiprid.
而不同种类农药的使用对棉花吐絮时间的影响较大，其中喷施克螨特、缩节胺和金世纪的棉花吐絮时间晚于其他药剂。
Effect of a new pesticide, acetamiprid, on biological activity in upland soil was studied through analysis of soil enzyme activities and soil respiration.
通过对土壤呼吸强度和土壤酶活性的测定，研究了新型杀虫剂啶虫脒对旱地土壤生物活性的影响。
In the optimal conditions, this method was successfully applied to the analysis of imidacloprid and acetamiprid in imitative river water and vegetable samples.
该方法成功地应用于模拟污染水样品和蔬菜中农药残余物的测定，为氯化烟碱类农药的分离检测提供一种新的方法。
In organic compounds used in the synthesis of various formic acid esters, around acetamiprid dyes and armour amide department of such pharmaceutical intermediates.
在有机化合物中用于合成各种甲酸酯、吖啶类染料和甲酰胺系类医药中间体。
Through the experiment of prevention and cure apple aphis with 20% Acetamiprid wet powder, explicit the result of prevention and cure apple aphis to attain the best dosage.
通过20%啶虫脒可湿性粉剂防治苹果黄蚜试验，明确了它对苹果蚜虫的防治效果以达到最佳用量。
The results show that acetamiprid obviously affected soil respiration and phosphatase activity, and the higher the concentration was, the stronger the inhibitive effect was.
试验结果表明啶虫脒的施用对土壤呼吸强度和磷酸酶有显著抑制作用，且随施用浓度的增加而抑制作用增强。
A fluorescence detecting system Based on the optical-electrical conversion principle of linear array CCD was designed and it was used to measure the fluorescence spectrum of acetamiprid.
设计了一套基于线阵CCD光电转换原理的荧光检测系统。利用该系统实现了对啶虫咪农药荧光光谱特性的检测。
A fluorescence detecting system Based on the optical-electrical conversion principle of linear array CCD was designed and it was used to measure the fluorescence spectrum of acetamiprid.
设计了一套基于线阵CCD光电转换原理的荧光检测系统。利用该系统实现了对啶虫咪农药荧光光谱特性的检测。
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