棉花水分 的英文怎麼說

中文拼音 [miánhuāshuǐfēn]
棉花水分 英文
moisture in cotton
  • 棉 : Ⅰ名詞1 （草棉和木棉的統稱） a general term for cotton and kapok2 （棉花） cotton Ⅱ形容詞（填棉絮...
  • 花 : Ⅰ名詞1 （種子植物的有性繁殖器官） flower; blossom; bloom 2 （可供觀賞的植物） flower 3 （形狀像花...
  • 水 : 名詞1 （由兩個氫原子和一個氧原子結合而成的液體） water 2 （河流） river 3 （指江、河、湖、海、洋...
  • 分 : 分Ⅰ名詞1. （成分） component 2. （職責和權利的限度） what is within one's duty or rights Ⅱ同 「份」Ⅲ動詞[書面語] （料想） judge
  • 棉花 : cotton; gossypium spp; [西班牙] algondon棉花包 bale of cotton; cotton bale; 棉花播種機 cotton pla...
  • 水分 : 1. （物體內所含的水） moisture [water] content; dew; humidity 2. （誇大的成分） exaggeration
  1. And plant organs ( roots, stems and leaves from rice, cotton, maize, tobacco le aves and some vegetables ) are diluted with sterile water ( serial dilution method ). when the samples are diluted to 10 - 4, 10 - 5, 10 - 6 times, o. 5ml dilute solution are put into selective medium and are cultived for 3 ~ 5 days and observed wheather the transparent zones are produced

    稻田土、桔園土、池塘底泥、水產養殖場的泥土等）或植物器官（水稻、棉花、玉米、煙葉及一些蔬菜的根、莖、葉）用無菌水稀釋（梯度稀釋法人在稀釋倍數為10葉、 10刁、 10 、時分別取0
  2. In the demonstration section of the paper, aiming at the main plantation crops and variety in shanxi and each region in shanxi, some research has been done, including determining and analyzing scale advantage, efficiency advantage and aggregated advantage of the main grain crops ( including wheat, corn, millet, soja, jowar and tubers ) and main cash crops ( including oil - bearing crops, cotton, fiber crops, beetroots, tobacco, medicinal materials, vegetables and melon, fruit ) in shanxi, determining and analyzing scale advantage, efficiency advantage, benefit advantage and aggregated advantage of the main plantation variety ( including wheat, corn, millet, soja, jowar, cotton, beetroots, rapeseed, flue - cured tobacco and apple ) in shanxi, determining and analyzing the advantage in each region in shanxi. the research shows that some crops and variety in shanxi own advantage, they are millet, jowar, fruit ( apple ), beetroots and medicinal materials. meanwhile, the main crops regions owning advantage and combination of advantage crops in each region in shanxi have been gained

    在文章的實證研究部分，本文以山西省及各地區的主要種植業作物和品種為研究對象，做了以下幾方面的研究：測定和分析了山西省主要的糧食作物（小麥、玉米、穀子、大豆、高粱和薯類）和主要經濟作物（油料、棉花、麻類、甜菜、煙葉、藥材、蔬菜、瓜類和水果）的規模優勢、效率優勢和綜合優勢並與全國主產區進行了比較；對山西省主要的種植業品種（小麥、玉米、穀子、大豆、高梁、棉花、油菜籽、甜菜、烤煙和蘋果）的規模優勢、效率優勢、效益優勢和綜合優勢進行了測定和分析；測定和分析了山西省主要種植業作物在各地區的競爭優勢，研究表明山西省具有比較優勢的作物主要有穀子、高梁、水果（蘋果） 、甜菜和藥材，同時得出山西省主要作物優勢產區和各地區優勢作物組合。
  3. Graziers are accused of over - stocking and siphoning off water for their own use without paying for it, while cotton growers are accused of coveting an over - allocation from the upstream burrenjong dam

    放牧人被指責是牲畜飼養過量，從濕地中引水自用卻不支付任何費用；同時，棉花種植者也被指責一心只想從布瑞鐘水壩上游裝置分水引入裝置而導致的後果。
  4. Secondly, many crop water parameters, including eta, wue and water sensitive parameters etc., were studied through onsite experiment, typical household survey and other methods. by analyzing crop water usage characteristics, we concluded : 1. about eta : the amout of pear water consumption was highest ( 750. 2mm ), however, the watermelon planted in greenhouse consumed only 266. 5mm ; 2

    通過對大田作物需水量與自然降水量的平衡分析，可以將順義區主要大田作物分為三類： 1 ）灌溉需求量較大的作物，包括水稻、冬小麥、苜蓿、棉花； 2 ）灌溉需求量較小的作物，包括夏播作物（夏玉米、夏花生、夏大豆）和耐旱、避旱作物（高梁、穀子） ； 3 ）中間型作物，包括大部分春播作物（春玉米、春花生、春大豆等） 。
  5. This research focused on applying the system analysis principle and mathematical modeling technique to study knowledge expression system for crop cultivation management. based on extensively collecting, understanding, analysis, and integration of expert ' s knowledge and experience, literature and experiment data for cotton cultivation management, the dynamic relationships of cotton growth and management indices to variety types, ecological environments and production levels were quantified, and a dynamic knowledge model for cotton management ( cottonknow ) was developed. by further incorporating the rule - based knowledge system for cotton management, a comprehensive and intelligent knowledge model - based decision support system for cotton management ( kmdsscm ) was established with component design

    本研究著重利用系統分析原理和數學建模技術來研究作物栽培管理的知識表達體系，在廣泛收集及充分理解和分析棉花栽培管理專家知識、經驗和資料的基礎上，利用棉花栽培理論與技術方面的現有研究成果，並結合必要的試驗支持，解析、提煉和綜合棉花生育及管理指標與品種類型、生態環境及生產水平之間的定量化關系，首次構建了棉花栽培管理動態知識模型，並進一步結合基於知識規則的棉花栽培管理知識庫表達系統，設計和實現了綜合性、智能化和構件化的基於知識模型的棉花管理決策支持系統（ kmdsscm ） 。
  6. Severe water deficit at seedling stage and wadding stage, medium water deficit at buds and bolls stage can be propitious to cotton yield

    結果表明，調虧灌溉對棉花株高、蕾鈴脫落、成桃數等影響較顯著；苗期和吐絮期重度水分虧缺、蕾鈴期中度水分虧缺均有利於棉花產量的形成。
  7. ( 4 ) in 2001, the average daily et of cotton in the whole growth season is 1. 75mm / d, the total et is 307. 48mm, and the average crop coefficient ( kc ) is 0. 39 under deficient irrigation. in 2002, the average daily et of cotton in whole growth season is 1. 94mm, the total et is 337. 04mm, and the average crop coefficient ( kc ) is 0. 43 under sufficient irrigation

    （ 4 ） 2001年脅迫供水情況下，在整個生育期棉花的蒸發蒸騰量為307 . 48mm ，平均日耗水強度為1 . 75mm ，作物系數平均值為0 . 39 ； 2002年充分供水情況下，在整個生育期內棉花的蒸發蒸騰量為337 . 04mm ，平均日耗水強度為1 . 94mm ，作物系數平均值為0 . 43 。
  8. Based on the observation made on the main crops such as wheat, corn, cotton etc., the observed data from the limited irrigation test for three years are obtained, and then the test data are analyzed with the theory of soil moisture movement and the model of farm crop ' s evaporation is established under the condition of insufficient irrigation

    摘要通過對小麥、玉米、棉花等主要農作物的分階段受旱試驗，獲得了三年的限額灌溉試驗觀測數據；採用非充分灌溉條件下的土壤水分運動理論分析試驗數據，建立了限額灌溉條件下的作物蒸發蒸騰模型。
  9. According to the principle of nutrient balance and water requirement in cotton, the sub - model for fertilization and water management was developed by integrating the effects of soil characters, variety traits and yield target. the submodel can make decisions on the suitable total nutrient and water rates and distributions among main growth stages, ratio of organic to inorganic nitrogen, and the ratio of base to topdressing fertilizer

    根據平衡施肥原理和棉花水分需求規律，在綜合考慮土壤理化特性、品種遺傳特徵、產量水平等因子影響的基礎上，建立了具有系統性和普適性的棉花肥料及水分運籌動態知識模型，模型可以完成肥料總量需求，有機肥與無機肥的比例、基肥與追肥的比例、追肥施用時間、水分需求總量及其在各個生育時期的分配等。
  10. And the influence of water condition to growth and yield of crops were discussed briefly. then based on the meteorological data, yield data, drought and flood data of jiangsu province from 1961 to 2000, the water profit and loss of every ten days in the growing period of crops was calculated on the foundation of the water balance formula in every agriculture climate district. the disaster index of drought and flood was confirmed and calculated

    根據江蘇省近40餘年的氣象資料、產量資料和旱澇災害資料，分農業氣候區利用農田水分平衡方程計算了不同作物逐旬水分盈虧量，確定了旱澇災害指數，並用多元積分回歸方法分析了降水對棉花和小麥產量的定量影響，得出作物生長期內逐旬水分敏感指數。
  11. Abstract : the climatic factors in different growth stages of late - seeded and filmed winter wheat were discussed with the application of the field test data. the agricultural climate cause of late - seeded and filmed winter wheat with high yield and water - saving was analysed. the species of late - seeded and filmed winter wheat corresponding to multi - cropping cotton was selected

    文摘:根據田間試驗資料，討論了晚播膜下條播冬麥各生長發育時段氣候條件的適宜程度，並分析了晚播地膜冬麥高產節水的農業氣候原因，在此基礎上確定了與復播棉花相配套的晚播地膜冬麥的品種選擇。
  12. Because the former test results were stable and accurate, it was the nation ' s standard method and arbitration basis. the latter was convenient and fast, and therefore, it was commonly applied when the moisture content of the textile was determined in the department for purchasing the cotton fiber and the cotton - tested laboratory of the textile enterprise

    其中，烘箱法因測試結果穩定、準確，是國家標準方法和仲裁依據；直流電阻測濕法方便快捷，在棉纖維收購部門和紡織企業棉檢室採用的棉花水分含量測定中得到了較普及的應用。
  13. Primary report of sb - 900 moisture apparatus application research on cotton

    900水分儀在棉花上的應用研究初報
  14. 3. 2. 1. 4 ) which was prepared by precipitation of the water extract of the culture of aspergillus niger with ammonium sulfate and desalted by sephadex g - 25, and was further fractionated by two steps of deae - toyopearl 650m and one step of poros 20pi chromatography. the other was a p - glucosidase ( ec. 3. 2. 1. 21 ) which was prepared by the above g - 25 fractions and was further fractionated by two steps of deae - toyopearl 650m chromatography. the specific activity of the endoglucanase with sodium carboxymethyl cellulose was estimated to be 433. 38 hj / mg

    -葡萄糖苷酶對水楊素的比活力為597 . 12iu mg ，並對其專一，不能水解棉花和羧甲基纖維素鈉；分子量為117 . 5kda ，加dtt後分子量不變；該組分最適ph和溫度分別為4 . 5和70 ，在ph5 . 0 、 50下對水楊素鈉的米氏常數km為3 . 73mg ml ，最大反應速度vm為0 . 088mg葡萄糖（ ml ? min ） ；與文獻中從黑麴黴中分離的-葡萄糖苷酶比較后發現，該組分是一個新的-葡萄糖苷酶。
  15. The results showed that adi provided smaller stomata opening to reduce the useless luxury transpiration loss, the height of cotton under adi was restricted under low irrigation level, but not significant under high level

    結果表明，交替滴灌處理棉花葉片氣孔開度減小，減少了奢侈的蒸騰損失，灌溉定額較小時根系分區交替滴灌對棉花的株高抑制作用較明顯，灌水定額較大時限製作用不顯著。
  16. The field experiment study for cotton and corn was conducted in xiaobakou irrigation experiment station in minqin country, gansu province. the main results are as follows : ( 1 ) applying the theory of soil - water flow system in ground water, the mechanism of water - saving and product - enhancing for drip irrigation under mulch were analysised

    本文以棉花和玉米為研究對象，在甘肅民勤小壩口灌溉試驗站對此進行了系統的田間試驗研究，得出以下主要結論： （ 1 ）應用地下水土壤水流動系統理論，分析了膜下滴灌節水增產的機理。
  17. The second part is the core of this paper. firstly, the author analyzed and appraised the international competitive power of china ' s textile industry from four aspects of competitive ability, competitive potential, competitive strength, competitive circumstances, concluded four conclusion : the international competitive power of china ' s textile industry still had some advantages, the advantages inclined to weaken, the international competitive power of branch industries was in equable, the advantages was gained by the increasing quantity of production and export ; secondly, on the basis of the above analysis, the author analyzed the factors affecting the international competitive power of china ' s textile industry ; at last, the author analyzed the impact of china ' s joining wto on the international competitive power of china ' s textile industry. in the last part, on the basis of the above analysis and research, the author gave some advice on maintaining and improving the international competitive power of china ' s textile industry

    第二部分，這一部分是全文的核心部分，首先從競爭能力、競爭潛力、競爭實力、競爭環境四個方面來綜合分析和評價我國紡織業的國際競爭力，得出我國紡織業目前在世界仍然具有較強的國際競爭力、我國紡織業各分行業國際競爭力水平是不平衡的、我國紡織業的國際競爭力存在弱化的趨勢、我國紡織業國際競爭力主要是靠粗放型增長獲得的四個結論；然後在此基礎上從定性和定量兩個角度來分析影響我國紡織業國際競爭力的因素，指出資本密集度提高、棉花流通體制改革、規模經濟擴大等因素促進我國紡織業國際競爭力的提高，科技創新不足、國內市場競爭不足、環保問題以及亞洲金融危機等因素阻礙我國紡織業國際力的提高；最後再分析加入wto對我國紡織業國際競爭力的影響，總的來說是利大於弊，分為對紡織業總體國際競爭力的影響和對紡織業內各分行業國際競爭力的影響。
  18. Part of water diverting works design for mianhuatan hydroelectric power station

    棉花灘水電站輸水系統部分建築物設計
  19. Degradation dynamics of the herbicide butachlor were investigated in nonrhizosphere soil, and various crops rhizosphere soils with or without inoculation treatment. the population dynamics of the cultureable microorganisms capable of utilizing butachlor as sole c and energy source were estimated with most probable number method in the process of butachlor degradation

    本文考察主要作物棉花、小麥、玉米、水稻等作物根際土壤、接種后根際土壤和非根際土壤中除草劑丁草胺的降解速率，同時採用最大可能數（ mpn ）法測定分析丁草胺降解過程中丁草胺降解菌的變化動態。
  20. For the study of the relations between crops and water condition, an experimental program was carried out in 1999 and in 2000 at the agrometeorological experimental station in the nanjing institute of meteorology. seven different grades of soil moisture were kept on wheat and cotton at every stages

    本文在1999年和2000年對棉花和小麥進行7個不同等級土壤濕度試驗的基礎上，客觀地分析了棉花和小麥全生育期的耗水特徵和規律，並建立了定量模擬模型。
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