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   distribution and translation 的翻译结果: 查询用时:0.181秒
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distribution and translation
相关语句
  分配及运转
     Effects of P and K on the rules of nutrient absorption,distribution and translation in winter wheat
     磷、钾对冬小麦养分吸收、分配及运转规律的影响
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  “distribution and translation”译为未确定词的双语例句
     A Study on the Regularity of Accumulation ,Distribution and Translation of Dry Matter in Spring
     春玉米干物质积累、分配与转移规律的研究
短句来源
     Study on the regularity of dry-matter accumulation, distribution and translation with various densities in sunflower
     新疆不同密度下油葵干物质积累、分配及转移规律的研究
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  相似匹配句对
     translation.
     三是翻译。
短句来源
     ON THE DISTRIBUTION OF
     关于{x/n}的分布
短句来源
     On Combination and Distribution Approaches in Pun Translation
     论双关翻译的浓缩与铺排
短句来源
     THE INFLUENCE OF TEMPRATURE TO TRANSLATION ENERGY DISTRIBUTION OF GASEOUS MOLECULE
     温度对气体分子平动能分布的影响
短句来源
     Concentration and Distribution-Focalizing Structures in Chinese-English Translation
     集中与分布—汉英翻译中的聚焦结构
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The sunflower dry-matter accumulation, distribution and translation with four densities were studied. The result were as follows: (1) The process of sunflower dry-matter accumulation could be simulated with Logistic curve. Speed of dry-matter accumulation showed a single peak curve. With the density increased, the dry-matter accumulation decreased. Furthermore, the effect of density would become stronger if sunflower growing stage came late; (2) Distribution of net dry-matter changed with the growth...

The sunflower dry-matter accumulation, distribution and translation with four densities were studied. The result were as follows: (1) The process of sunflower dry-matter accumulation could be simulated with Logistic curve. Speed of dry-matter accumulation showed a single peak curve. With the density increased, the dry-matter accumulation decreased. Furthermore, the effect of density would become stronger if sunflower growing stage came late; (2) Distribution of net dry-matter changed with the growth centre change. In seedling stage, net dry-matter mainly distributed into leaf, then into stem. After initial filling stage, the organ of growth centre was sunflower disc, as the net dry-matter distribution centre; (3) The ratio sequence of dry-matter translated into seed was stem>leaf>disc. With the density increased, the translated amount decreased; (4) The growth indexes of high yield population were proposed.

对新疆南疆地区油葵G10 1品种 4种密度下干物质积累、分配及转移规律研究结果表明 :(1)油葵干物质积累动态符合Logistic曲线变化 ,干物质增长速率呈单峰曲线变化 ,随密度增加 ,干物质积累降低 ,且生育期推迟 ;(2 )净干物质分配随生长中心的转移而发生变化 :幼苗期主要分配在叶片中 ,初蕾至初花期主要分配到茎秆中 ,花期是并进生长高峰期 ,以营养器官分配为主 ,灌浆后转向盘籽中 ,盘籽成为干物质分配中心 ;(3)各器官中积累的干物质转向籽粒的比例大小顺序为茎秆 >叶片 >花盘 ,转移量占籽粒干物质重量的百分比随密度加大而降低 ;(4)提出了高产油葵群体有关生理指标

Long-term irrational fertilization made soil nutrient lose balance.For advancing the fertilization technology,field experiments were conducted to study the effects of P and K on the rules of nutrient absorption,distribution and translation in winter wheat.The results showed that fertilization treatments could not change the rules of nutrient absorption and utilization in wheat.But in a way there were some beneficial effects.The highest accumulation of N and P were both at ripening stage,while K at jointing...

Long-term irrational fertilization made soil nutrient lose balance.For advancing the fertilization technology,field experiments were conducted to study the effects of P and K on the rules of nutrient absorption,distribution and translation in winter wheat.The results showed that fertilization treatments could not change the rules of nutrient absorption and utilization in wheat.But in a way there were some beneficial effects.The highest accumulation of N and P were both at ripening stage,while K at jointing stage.Under the condition of high P and lacking K and with adequate N,K fertilizer could significantly improve the accumulation of N and P,but P no significance.The effect of K fertilizer was very significant,which could significantly improve the yield of wheat,but P fertilizer no significance.The highest accumulation and absorption stage of N,P and K were from jointing to booting stage and from filling to ripening stage of N,from standing to jointing stage and from booting to filling stage of P,from jointing to booting stage of K,respectively.In order to get high yield of wheat,keeping the primary level of N fertilizer,increasing the reasonable amount of K fertilizer and decreasing the amount of P fertilizer were recommended.

长期不合理施肥造成土壤养分失衡,为优化小麦施肥技术,采用田间试验法,研究了磷、钾对冬小麦体内氮、磷、钾的吸收、分配和运转规律的影响。结果表明,施肥与对照相比,冬小麦对养分的吸收利用规律没有明显变化,而在一定程度上有促进作用。氮、磷的最大累积量均在成熟期,而钾在挑旗期。在缺钾高磷条件下,满足植株对氮的需求后,施钾肥能明显提高植株对氮、钾的累积吸收,而磷肥效果不明显。冬小麦氮、磷、钾的阶段性高累积量和较大吸收速率,分别在拔节-挑旗期和灌浆-成熟期,起身-拔节期和挑旗-灌浆期,以及拔节-挑旗期。为实现小麦高产,应在维持原有氮肥水平上,适当增施钾肥,减少磷肥的投入。

 
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