1)glyphosate[英]['ɡlif?seit][美][ɡla?'fɑset]草甘膦
1.Study on preparation of float loaded photocatalyst and degradation of glyphosate pesticide;漂浮负载型光催化剂制备及降解草甘膦研究
2.Design and Application of Mix-multi-joint-reactor in Glyphosate Production;混合多级串联反应器在草甘膦生产中的设计和应用
3.Design and Application of Mix-Multi-Joint-Reactor in Glyphosate Production;草甘膦水解中混合多级串联反应器的设计和应用
英文短句/例句
1.Glyphosate technicalGB12686-1990草甘膦原药
2.The Discussion of Oxidizing Pmida to Produce Glyphosate Aqueous Solution双甘膦氧化制草甘膦水剂方法的探讨
3.Glyphosate Synthesis by Oxidazing of Oxygen along with the Catallysis of Activated Carbon活性炭催化氧气氧化双甘膦制备草甘膦
4.Analysis of Glyphosate and N-(Phosphonomethyl)iminodiacetic Acid at the Same Column by HPLC高效液相色谱法同柱分析草甘膦和双甘膦
5.Development of Glyphosate-tolerant Transgenic Tobacco and Cotton by Introducing EPSPS Gene;转EPSPS基因抗草甘膦烟草棉花的研究
6.Effect of Mixgurnus Anguillicaudatus Induced by Glyphosate;除草剂“草甘膦”对泥鳅白细胞的影响
7.Study on Glyphosate Resistance Gene aroAM1 Transformation of Tobacco抗草甘膦aroAM1基因转化烟草的研究
8.Analysis of Glyphosate Tolerance in Transgenic Tobacco with 2mG2-epsps Gene转2mG2-epsps基因烟草的草甘膦耐受性分析
9.Identification of a Gene Encoding EPSPS with Resistance of Glyphosate and Development of Transgenic Glyphosate-resistant Rice Plants;一种抗草甘膦基因的发现和抗草甘膦转基因水稻的培育
10.Study on the Novel Peocess for Synthesis of Glyphosate and Recovering of Mathane Chloride;草甘膦及副产氯甲烷回收新工艺研究
11.Expression and Functional Identification of Glyphosate-resistant Gene from Cotton;棉花抗草甘膦基因的表达及功能鉴定
12.Callus Induction of Allium Macrostemon Bunge and Testing Its Resistance to Glyphosate;薤白愈伤组织诱导与草甘膦抗性鉴定
13.Cloning and Functional Verification of EPSPS;抗草甘膦基因（EPSPS）的克隆与功能验证
14.Construction Reference Molecule of Roundup Ready Soybean;转基因抗草甘膦大豆参比分子的构建
15.Research on the Insect-Resistant/Glyphosate-Tolerant Mutiple Gene Transformation in Maize;抗虫/耐草甘膦多价转基因玉米的研究
16.Feasibility Study on Glyphosaten Expansion Project of LongDa Company龙达公司草甘膦扩建项目可行性研究
17.Research Progress of Glyphosate Production by Air or Oxygen Oxidation空气(氧气)氧化法制草甘膦的研究进展
18.Study on SSR Molecular Markers of Kidney Bean Glyphosate Resistance Gene菜豆抗草甘膦基因SSR分子标记的研究
相关短句/例句
Roundup[英]['raund,?p][美]['ra?nd,?p]草甘膦
1.Research on Detection of FMV 35S Promoter in Genetically Modified Roundup-tolerant Rapeseed;转基因抗草甘膦油菜籽中FMV 35S启动子的检测研究
2.This paper deals with MCPA-Na, Paraquat, Glyphosate, Roundup on control Ambrosia artemisiifolia.研究了草甘膦(Glyphosate)、农达(Roundup)、二甲四氯(MCPA-Na)、百草枯(Paraquat)对豚草(Ambrosiaartemisiifolia)的防除效果,并运用正交设计法,研究了二甲四氯和百草枯混用对豚草的防除效果。
3.Test was carried out on putrefaction - inducing of bamoo stump with roundup plusurea and salt.施用草甘膦加尿素和食盐促使毛竹竹蔸腐烂试验，对1年后竹蔸的粗纤维、顺纹抗压强度及密度，均按GB5009－10－85方法测定，结果表明，粗纤维减少50％、顺纹抗压强度降低81％，密度下降33％，经5年试验，竹笋产量没有影响，与对照和劈山处理的产值间有极显著的差异，可在全国毛竹林地进行竹蔸清理时选用。
3)glyphosate (PMIDA)草(双)甘膦
4)glyphosate resistance抗草甘膦
1.The genotypes 7039 and 7040 were used to select regenerated plants which showed glyphosate resistance and the other two genotypes were used for haloxyfop resistance selection.)F1(7039,7040,282和5102)为小孢子培养供体材料,分别对小孢子胚在含草甘膦和盖草能的培养基上进行培养,以筛选出抗草甘膦和抗盖草能的胚状体,进而获得再生植株。
2.In this study, Glyphosate resistance gene has been carried out genetic analysis and marked, losated by the use of SSR molecular markers ,with the Northeast Agricultural University glyphosate resistant strains 89-09 and 89-05-3, and susceptible strains 89-13 and 89-21 for the test materials, through the F2 groups of the two sets of hybrid combinations 89-05-3/89-13 and 89-09 / 89-21.转基因抗除草剂作物近年来迅速发展,特别是抗草甘膦作物种植面积发展尤为迅速,其优越性十分明显。
5)10% Glyphosate10%草甘膦
6)Zirconium Glyphosate草甘膦锆
1.Synthesize and Properties of Zirconium Glyphosate;草甘膦锆的制备与性质研究
2.In this article,Zirconium Glyphosate(ZrGP) was synthesized via reaction of glyphosate and Zirconyl dichloride using HF method.本文通过氟络合法将草甘膦与氧氯化锆反应合成了一种新型的层状材料草甘膦锆。
延伸阅读
草甘膦 有机磷除草剂的一个品种。又称膦甘酸、镇草宁、草甘宁。其结构式为： 美国于1971年开发。纯品为白色结晶。25℃水中溶解度为1.2％，其钠盐或胺盐易溶于水,不溶于常用的有机溶剂。是内吸型茎叶处理剂，易被茎叶吸收，而后再向下转移。叶面湿润时有利于药剂的渗透；加入表面活性剂，可以加快吸收的速度。在杂草生长期有足够叶片吸收药剂时施药效果最好。杀草机理在于干扰苯基丙氨酸的合成,进而阻滞蛋白质的合成。杀草速度较慢,一般一年生杂草在一周内、多年生杂草在两周内逐渐变黄枯萎，继而变褐、倒伏、根部腐烂而致死。 草甘膦是灭生性的除草剂，几乎对所有杂草都有效。主要用于:①对多年生杂草和灌木丛的控制;②经济作物，特别是热带作物种植园和果园、桑园等的除草；③农田的免耕或少耕栽培中的除草，作物生长期的保护性喷雾除草；④改良或更新牧场；⑤工业区、铁路、仓库和堆货场等场所的灭生性除草。大豆田除草常与苗前除草剂甲草胺、利谷隆混用，玉米田除草可与阿特拉津等混用。施药方式以茎叶喷雾法为主，也可将药剂涂在杂草茎叶上。草甘膦接触土壤后很易失去除草活性，故不能用作土壤处理。浓度较高的药液，接触到作物的叶片、幼龄苗木的绿色树皮或枝条、正萌动的嫩叶、幼芽时，都易产生药害。对人、畜、鱼类、蜜蜂较安全（见农药安全防护），但对眼睛有刺激作用。
