防除 的英文怎麼說

中文拼音 [fángchú]
防除 英文
prevent and kill off
  • 防 : Ⅰ動詞（防鷥） provide against; defend against; guard against Ⅱ名詞1 （防守; 防禦） defence 2 （堤...
  • 除 : Ⅰ動詞1 （去掉） get rid of; eliminate; remove 2 [數學] （用一個數把另一個數分成若干等份） divide:...
  1. Observation on biological characteristic of ambrosia artemisiifolia

    豚草的生物學特性及防除
  2. Research on biological characters and elimination of ambrosia artemisiifolia in nanji island, zhejiang province

    浙江省南麂島豚草生物學特性及防除研究
  3. There is an urgent and continuing need for improved broad-spectrum control methods.

    改進廣譜性的防除方法是急待解決的一項迫切任務。
  4. S. canopus is one of common biofouling organisms in xiamen harbor. studying the mechanism of the settlement and metamorphosis in s. canopus is the key of controlling them

    冠瘤海鞘是廈門港海區常見的污損生物之一，研究其附著變態的機制對其的防除有重要意義。
  5. Control effect of shiguo ec on weed in garlic field

    施果乳油防除大蒜田雜草試驗報告
  6. No single herbicide will control all weeds.

    單獨一種除草劑決不能防除所有的雜草。
  7. It can also be used to protect packing paper from going molding, treat circulating cooling water, and remove marine organisms from marine liners. it has excellent effects of anti - corrosion, germicide and algidie for electrical materials, bamboo and wooden ware, coatings, rubber, canvas, glue and ink

    還可用於各種包裝紙的防霉循環冷卻水的處理遠洋海輪船體外殼表面海生物的防除電器材料竹木製品塗料橡膠皮革帆布漿糊墨水等方面都有良好的防腐殺菌滅藻的效果。
  8. Effects and security of six herbicides used in soil on controlling weed in sword bean field covered with film

    6種土壤處理劑防除地膜刀豆田雜草的效果及安全性
  9. Study on weeding of yi 183 ; e 42 wp in peanut field

    安威乳油防除覆膜花生田雜草的試驗研究
  10. At the same time ， the fluid atomizing mathematical model of particle diameter and particle quantity were established ， and also the analogy calculation of particle diameter and particle quantity were carried out. the feasibility is verified that the fluid atomizing mathematical model can make prediction on the atomizing performance of pesticide. these will provide scientific foundation and deinsectication technology for the development of precise agriculture

    同時研究開發了粒徑與粒數的液體微粒化計算模型，並對噴霧機和煙霧機進行了粒徑與粒數的模擬計算，驗證了液體微粒化計算模型對農藥微粒化性能預測的可行性，為精準農業的發展提供了科學依據和防除技術。
  11. Efficacy test of 20 clomazone - imazethapyr me in soybean weeds

    咪草煙183 ;異惡草松微乳劑防除大豆田雜草田間藥效試驗
  12. Effects of clomazone and its mixture on weeds in soybean field and the following crops

    及其混劑對豆田雜草防除效果及對后茬作物的影響
  13. We concludes that the selected herbicide for smooth cordgrass does not obviously affect community composition and the habitats of benthic species, the coherent variation trend of benthic community composition correlates with time between experimental zone and controlled zone

    這表明互花米草防除藥物對底棲生物群落組成結構及其生境的干擾不大，試驗區與對照區底棲生物群落組成結構總體一致的變化趨勢與時序有關。
  14. Effects of herbicide fluoroglycofen on controlling dicotyledonous weeds in soybean field

    乙羧氟草醚微乳劑對大豆田闊葉雜草的防除效果
  15. According to the experimental data of droplet size 、 particle spectrum range 、 droplet cone shape 、 flow rate 、 cover area and cover area rate which obtained through changing the pressure of power sprayer and the nozzle diameter in greenhouse ， this paper made comparative analysis on atomizing performance in same pressure and different nozzle type between same nozzle type and different pressure. the conclusion is that : the ejection rate and the droplet cone shape change with the variation of pressure and nozzle diameter ， average particle diameter decreases obviously and particle quantity increases obviously with the increase of pressure and decrease of nozzle diameter. these results will lay experimental foundation for precise spraying 、 low pollution and highly effective operation

    本文根據溫室內動力噴霧機壓力與噴嘴孔徑的變化影響霧滴大小、粒譜范圍、霧錐形狀、流量、覆蓋面積及覆蓋面積率的試驗數據，對相同壓力下不同噴嘴型號和相同噴嘴型號時壓力不同時的微粒化性能進行對比分析和研究，得到如下結論噴出量與霧錐形狀隨著壓力和噴嘴孔徑大小變化而變化；平均粒徑隨著壓力的增加和噴嘴孔徑的減小而明顯減小；粒數隨著壓力的增加和噴嘴孔徑的減小而明顯增多，為精噴量、低污染、高防效的防除作業奠定了實驗基礎。
  16. Three trials were carried out by hualien, taoyuan and tainan district agricultural research and extension stations to evaluate the new sulfonylurea herbicide flazasulfuron for the control of weeds in non - crop land by post - emergence application

    摘要本研究于東部花蓮及西部桃園、臺南地區之不同氣候環境下，分別進行25 %伏速隆水分散性粒劑之田間篩選試驗，以探討防除非耕地雜草之有效施用方法，提供農民使用之依據。
  17. Efficacy of 20 paraquat ac against weeds of summer maize

    百草枯水劑防除夏玉米田雜草藥效試驗
  18. Chemical control of weeds of rape fields by 14 shuangchu

    防除油菜田雜草技術
  19. Annual grass weeds control by clethodim 24 ec in soybean field

    烯草酮乳油防除大豆田一年生禾本科雜草效果試驗
  20. Control effect of 24 - lactofen ec on broad leaf weed in soybean

    乳氟禾草靈乳油防除春大豆田闊葉雜草藥效試驗
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