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首页> 外文期刊>Revista Brasileira de Herbicidas >Eficiência e qualidade da aplica??o de glyphosate + carfentrazone no controle de Commelina diffusa em fun??o da ponta de pulveriza??o e do adjuvante Triunfo FlexTM
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Eficiência e qualidade da aplica??o de glyphosate + carfentrazone no controle de Commelina diffusa em fun??o da ponta de pulveriza??o e do adjuvante Triunfo FlexTM

机译:草甘膦+芬太尼在白花线虫防治中的应用效率和质量,取决于喷嘴和Triunfo FlexTM助剂的作用。

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The study aimed to evaluate the efficiency and the quality of technology application of the tank mixture of glyphosate + carfentrazone-ethyl in Commelina diffusa control. The experiment was conducted in plastic greenhouse and the experimental units were represented by vessels with four plants of C. diffusa. The experimental design was the entirely randomized, with nine treatments in a factorial scheme (4x2)+1, being four spray nozzles, (XR11002; DG11002; TT11002 and AI11002), two spray solutions of glyphosate + carfentrazone-ethy at 480 + 8 g ha - 1 (with and without Triunfo Flex TM adjuvant at 0.05% v v - 1 ) and a check without application. In the spray solution was added the FD&C-1 dye (1500 ppm), and applied over natural (15 replications of four leaves of C. diffusa ) and artificial targets (4 replications of two plastic blades over the soil). The tracer quantification on the targets was realized by spectrophotometry, beyond evaluated the pH, static surface tension? and conductivity of the solutions and control of C. diffusa at 5, 10 and 15 days after application. The Triunfo Flex TM adjuvant reduced the surface tension and the pH of carfentrazone-ethyl + glyphosate mixture. There was significant interaction between nozzles and glyphosate + carfentrazone-ethyl solution with the adjuvant for the deposit on the leaves of C. diffusa. With the exception of TT11002 model, the other nozzles promoted significant increase of the deposition on C. diffusa when combined with the adjuvant. For solution deposition in plastic blades the best performances were characterized by DG11002 nozzle with and without adjuvant and AI11002 nozzle with adjuvant. The initial control of C. diffusa with glyphosate + carfentrazone-ethyl was improved when associated with the adjuvant, mainly for AI11002 and TT11002 nozzles.
机译:该研究旨在评估草甘膦+芬太尼酮-乙基桶混物在白花蜜防治中的效率和技术应用质量。该实验在塑料温室中进行,实验单位以装有四株白花念珠菌的容器为代表。实验设计是完全随机的,采用因子分解方案(4x2)+1进行了9种处理,即四个喷嘴(XR11002; DG11002; TT11002和AI11002),两种草甘膦+灭草芬+乙草胺的喷雾溶液,浓度为480 + 8 g ha-1(含和不含Triunfo Flex TM佐剂,vv-1为0.05%)和不使用时的检查。在喷雾溶液中加入FD& C-1染料(1500ppm),并施用于天然的(白花梭菌四片叶子的15个重复)和人工靶(土壤上两个塑料叶片的4个重复)。通过分光光度法实现了目标上的示踪剂定量,超出了评估的pH值,静态表面张力?施用后5、10和15天,溶液的电导率,电导率和白花梭菌的控制。 Triunfo Flex TM佐剂降低了芬太尼-乙基+草甘膦混合物的表面张力和pH。喷嘴和草甘膦+芬太尼酮-乙基溶液与佐剂之间的显着相互作用使白花念珠菌的叶子沉积。除TT11002型外,其他喷嘴在与佐剂结合使用时,可显着增加白花念珠菌的沉积。对于在塑料叶片中的溶液沉积,最好的性能是通过带或不带佐剂的DG11002喷嘴和带佐剂的AI11002喷嘴来表征的。当与佐剂结合使用时,主要通过AI11002和TT11002喷嘴,改善了草甘膦+芬太尼酮-乙基对白喉梭菌的初始控制。

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