1)biological pesticide生物农药
1.A study of solid-state fermentation conditions for producing biological pesticide from wheat bran;啤酒糟固态发酵生产生物农药条件的优化
2.Status and development of biological pesticide industry in China;我国生物农药产业及其发展
3.Study on quality standard and evaluation method of biological pesticide-chitosan oligosaccharide;壳寡糖生物农药质量标准与评价方法探讨
英文短句/例句
1.Biogenic pesticides, also known as biological pesticides or biogenic natural product pesticides, develop from living resources.生物源农药亦称“生物农药”或称为“生物源天然产物农药”,是指利用生物资源开发的农药。
2.Study on Production of Bt Biopesticide by Box-Type Solid-State Fermentation箱式固态发酵生产Bt生物农药的研究
3.Application and Development Tactics of Biological Pesticide in Green Agriculture生物农药在绿色农业生产中的应用与发展对策
4.Field Test for Controlling Diseases and Insect Pests of Chinese Cabbage with Compounded Bio-pesticides复配生物农药防治大白菜病虫害田间药效试验
5.Pharmacological Effects and Research of Osthole as a Biological Pesticide蛇床子素的药理作用和作为生物农药的研究
6.Review on Assays of Toxicity of Bt BiopesticideBt生物农药毒力效价检测方法综述
7.Registered Biopesticide Ingredients in the EPA of United States美国EPA登记的生物农药有效成分名录
8.Preparation of Straw as Raw Materials to Bt Biological Pesticide Research以秸秆为原料制备Bt生物农药研究
9.Acute Toxicity of 38 Types of Biological Pesticides生物农药38种的急性毒性试验结果
10.Study on development of biological agriculture chemical and microorganism fertilizer in Heilongjiang;黑龙江省生物农药与微生物肥发展问题研究
11.An Empirical Study on Farmers Decision Making Pattern in the Process of Diffusion of Bio-pesticide;生物农药推广过程中农民决策行为的实证研究
12.Evaluation of biological pesticide and chemical pesticide for the laboratory toxicological test to fall webworm larvae生物农药与化学农药对美国白蛾幼虫室内毒力评价
13.Application of Biotechnology in Development of Plant-based Pesticides生物技术在植物源农药研究中的应用
14.Application of bioisosterism in pesticide and medicine development生物电子等排原理在农药与医药开发中的应用
15.Bioavailability of Pesticide Residues in Soil to Earthworms;土壤中农药残留对蚯蚓的生物有效性
16.Study on the Degradation of Methamidophos Residued by Microorganism;甲胺磷农药残留的微生物降解的研究
17.The Basic Bio-evaluation Principles for Pesticide Registration;农药登记的生物学资料评审基本原则
18.QSAR/QSPR Study on Some Pesticides and Fluorobenzene Derivatives部分农药和氟苯衍生物的QSAR/QSPR研究
相关短句/例句
biopesticide生物农药
1.Production of Bacillus thuringiensis based biopesticides using industrial wastewater as a raw material;利用工业废水生产生物农药苏云金杆菌
2.Analysis of competitiveness of biopesticide industry;生物农药产业竞争力分析
3)bio-pesticide生物农药
1.Studies on development trend and strategy of bio-pesticide industry in China;我国生物农药产业发展趋势预测及战略对策探讨
2.Review on plant endophyte and its secondary metabolites in the application of producing bio-pesticides;植物内生菌及其代谢物在生物农药创制中的应用
3.Hotspot problems analyzing and suggestions for development of bio-pesticide industry in China;我国生物农药产业发展的热点问题分析与建议
4)biological pesticides生物农药
1.Effects of six biological pesticides on controlling tomato leaf mold(Cladosporium fulvum Cke.);银果等6种生物农药对番茄叶霉病的防治效果
2.Experiment on three biological pesticides preventing and controlling Dendrolimus houi;3种生物农药防治云南松毛虫试验
3.Application of GPS and biological pesticides in aerial control of pine caterpillars;GPS和生物农药在飞机防治松毛虫中的应用
5)bio-pesticides生物农药
1.Suggestion on How to Resolve the Problems in the Development of Bio-pesticides in China;当前我国生物农药发展中存在的问题
2.Research advances of bio-pesticides were reviewed in this paper from serveral categories.本文从生物农药的各个类别分别综述了国内外生物农药近年来的研究发展动向,并从筛选新资源、利用生物技术改造原有生物农药资源以及适宜剂型研究等方面阐述了生物农药未来发展的必然趋势和途径。
3.With the improvement of people's consciousness of environmental protection, the bio-pesticides of low tox-icity and few residues have become a tendency of pesticide development.随着人类环境保护意识的增强,低毒、微残留的生物农药成为当今农药发展的方向。
6)microbial pesticide微生物农药
1.Study on microbial pesticide which can prevent and cure fusarium wilt of cucumber;防治黄瓜枯萎病的微生物农药的开发研究
2.Research and development trends of microbial pesticide formulations;微生物农药剂型研究发展趋势
3.Microcapsule technology and application prospects of microbial pesticide;微生物农药微胶囊技术及其应用前景
延伸阅读
生物农药分子式:CAS号:性质:指来自植物源或微生物源的农药,是天然源农药的主要来源,也是人类农药历史中最早的农药。早在公元前7~5世纪,中国就有用莽草、嘉草等进行杀虫的记载。这类农药不仅自身具有防治危害农作物害物的作用,它也为人类进行化学合成农药的创利提供了资源和契机,如著名的拟除虫菊酯类杀虫剂系源于天然除虫菊;氨基甲酸酯类杀虫剂则源于毒扁豆。最近,人们又从抗生素strobilurin A开发了甲氧基丙烯酸酯类杀菌剂。这类农药具有对人畜和环境、天敌安全、不易产生抗性等特点。
