介绍了阿维菌素及其衍生物的合成方法。
The synthetic methods of Avennectins and their derivates are introduced.
其对阿维菌素的吸附性跟其比表面积有一定的相关性。
The adsorption of Avamectins had some correlation with the surface area.
杀虫素：某些放线菌产生的抗生素如阿维菌素，多杀菌素。
D. insecticidal element: some actinomycetes produce antibiotics such as abamectin, sterilization element.
研究了阿维菌素在梨果实中的分布及其在梨贮藏中的降解动态。
Distributing and decomposition of the pesticide abamectin in pear were studied during storage.
综合分析发现害虫和螨对阿维菌素存在较大的、潜在抗性风险。
The comprehensive analysis reveals that there is a quite high and potential resistance risk of insect and mite pests to avermectins.
本论文第一部分的内容是阿维菌素类药物西拉菌素的合成研究。
The first part of this paper was focused on the synthesis of selamectin(Revolution) in AVMs.
一种阿维菌素余热废热蒸发污水处理工艺，属于污水处理技术领域。
The invention relates to a treatment process for evaporating sewage by using waste abamectin heat, which belongs to the technical field of sewage treatment.
通过回收各工段余热废热，使阿维菌素的生产能耗降低，经济效益显著。
The waste heat of all sections is recycled to ensure that the production energy consumption of the abamectin is lowered and the economic benefit is remarkable.
道拉菌素是利用生物突变合成方法得到的新型阿维菌素族广谱抗寄生虫药。
It is a broad spectrum antiparasitic agent having utility as anthelmintics, ectoparasiticides and acaricides.
道拉菌素是利用生物突变合成方法得到的新型阿维菌素族广谱抗寄生虫药。
Doramectin, which is manufactured by mutational biosynthesis method, is a novel avermectin derivative.
用新研制的阿维菌素长效缓释油胶进行了绵羊胃肠道寄生性线虫病的防制试验。
The trials of sustainable control of sheep gastrointestinal nematode disease using sustainable-released oleic gum were conducted.
介绍和评析了阿维菌素近几年的国内外生产及市场情况，并预测了其未来发展前景。
The paper introduces the research , industry volume , market, distribution as well as the analysis of future market of abamectin.
对发酵培养基进行了研究，淀粉、酵母粉是阿维菌素发酵的最合适碳源物质和氮源物质；
Starch and yeast powder are the best carbon source and nitrogen source through studies on fermentation culture medium.
这使得人们可利用基因工程技术来构建工程菌，增加有效组分的产出和生产新型的阿维菌素。
According to the cloned gene cluster, people can use genetical technology to obtain the genetical strains which can produce more potent and non-toxical avermectins and its derivatives.
应用干扰作用控制指数法评价了阿维菌素、蚜虱灭、蚜虱蓟净等杀虫剂对桃蚜种群控制的作用。
The interference index of population control, IIPC was used to evaluate the control effect of Avermectins, Yasimie and Yasimiejin on peach-aphid.
应用干扰作用控制指数法评价了阿维菌素、蚜虱灭、蚜虱蓟净等杀虫剂对桃蚜种群控制的作用。
An approximate variance estimator for index of population trend developed with delta-method and its application;
公司生产的阿维菌素原料药的产量为亚洲最大，分别占我国和世界总产量的30%和25%以上。
Avermectin raw materials produced by the drug production the largest in Asia, accounting for our country and the world production of 30% and 25%.
尽管该企业的阿维菌素生产在国内属于较先进水平，但与国外先进水平相比，还存在一定的差距。
Although the production of abamectin is at a relatively advanced level in China, however, when compared with foreign advanced level there is still a certain gap.
摘要：阿维菌素在发酵过程中会产生大量泡沫，通过加消泡剂用以防止发酵液逃液及发酵过程污染。
Abstract: : Abamectin produces a large number of bubbles in the fermentation process; adding defoaming agent can prevent fermented liquid leakage and pollution of the fermentation process.
采用原位聚合法，分别使用脲醛树脂和蜜胺树脂两种囊壁材料对生物农药-阿维菌素进行了微胶囊包覆。
The abamectin microcapsules were prepared by in-situ polymerization process in this work, with melamine-formaldehyde resin and urea-formaldehyde resin as wall materials respectively.
对结构类似物阿维菌素B_1的交叉反应率为51％，与米比菌素肟化物的交叉反应率小于0.2％。
The cross reactivities for avermectin B_1 was 51% and for milbemycin oxime was less than 0.2%.
结果表明，土壤有机质、土壤温度和农药浓度对阿维菌素的降解有较大影响，这可能和土壤微生物有关。
The result shows that soil organic matter, soil temperature and pesticide concentration can obviously affect Abamectin degradation, maybe which contributes to microorganism in soil.
采用原位聚合法，分别使用脲醛树脂和蜜胺树脂两种囊壁材料对生物农药-阿维菌素进行了微胶囊包覆。
The photochromic microcapsules were prepared by in-situ polymerization, using melamine-formaldehyde resin as wall materials and photochromic materials as core materials.
阿维菌素品系选育至42代，抗性增长到8.7倍，甲氰菊酯品系选育至40代，抗性增长到68.5倍。
After 42 and 40 generations selection with abamectin and fenpropathrin, Tetranychus (cinnabarinus) developed 8.7 and 68.5-fold resistance to the two acaricides respectively.
介绍了阿维菌素水乳剂的配方研究、工艺过程，筛选出该水乳剂的较佳配方，并对该配方进行了性能测试。
The formulation development and technique of abamectin EW was introduced. Its satisfactory formulation was selected, and its performance testing was also carried out.
在果洛地区应用阿维菌素、丙硫咪唑对放牧绵羊进行冬季（ 1～ 2月）一次投药后的防治效果进行监测。
The prophylactic-therapeutic effect for the endoparasite of grazing sheep administered avermectin and albendazole in winter in Guoluo area was examined.
该杀虫剂以阿维菌素和毒死蜱为有效成分加工而成的新型复配杀虫剂，经共毒系数生测证明具有显著增效作用。
The insecticide chlorpyrifos to abamectin and processed for the new active ingredient mixture of pesticides, bioassay by co-toxicity coefficient proved significant synergies.
苦参碱水剂、阿维菌素乳油采用1000倍，10%烯啶虫1000倍液、25%噻嗪酮1000倍液较好，持效期长。
Abamectin ec, matrine aqueous solution using 1000-fold, 10% en 1000 times piperidine insects, 25% buprofezin 1000 times better, Chi Xiaoqi long.
苦参碱水剂、阿维菌素乳油采用1000倍，10%烯啶虫1000倍液、25%噻嗪酮1000倍液较好，持效期长。
Abamectin ec, matrine aqueous solution using 1000-fold, 10% en 1000 times piperidine insects, 25% buprofezin 1000 times better, Chi Xiaoqi long.
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