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锌和钾
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  zinc and potassium
     Effect of Zinc and Potassium on Dry Matter Accumulation of Sugarbeet in Mid-Later GrowingSeason
     锌和钾对甜菜生长中后期干物质积累的影响
短句来源
     R esults:The results showed that the protein d rinking of Passiflora caerulea Linn contained rich protein,vitamins,calcium, zinc and potassium etc.
     结果 :西番莲蛋白饮料含有丰富的蛋白质、维生素、钙、锌和钾 .
短句来源
     The next is copper,magnesium,manganese,zinc and potassium.
     其次为铜、镁、锰、锌和钾;
短句来源
  “锌和钾”译为未确定词的双语例句
     Results shown that the sequence of limiting factors of main soil nutrients in maize production had changed from N? P? Zn and K in the eighties of last century to N?
     经分析得出:我省主要土壤的限制玉米高产的营养因子顺序已由80年代的氮、磷、锌和钾演变成氮、钾、锌、硫和磷,并提出相应的施肥措施与方法。
短句来源
  相似匹配句对
     ZINC
    
短句来源
     The next is copper,magnesium,manganese,zinc and potassium.
     其次为铜、镁、锰、;
短句来源
     Study on combined application of K and Zn to rape
     油菜配合施用研究
短句来源
     quick-acting potassium.
     速效
短句来源
     Effect of Combined K-Zn-Mn Fertilization on Winter Wheat
     、锰配施在冬小麦上的效应研究
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  zinc and potassium
When lycanol was used for treatment, the level of all elements returned to the normal except for blood glucose, zinc and potassium.
      
Analytical procedure for the determination of thorium, zinc and potassium in diet samples
      
The cultivar Kufri Chandramukhi, which gave also significantly highest tuber yield during both years, was found to be richest in copper, zinc and potassium.
      
At varying waiting periods after the spraying of pesticides calcium, phosphorus, zinc and potassium contents of cabbage were found to be decreased remarkably (p >amp;lt; 0.05) while the content of iron was increased significantly (p >amp;lt; 0.05).
      
On soils deficient in zinc and potassium, growth of Neem trees is poor.
      


hectares of farmland of Liufangzi village in Gongzhuling city were selected and 13 nutrient elements were determined using systematic research method of soil nutrients aided with GIS based ARC/INFO 7.0 and ARCVIEW 3.2 software. Nutrient distribution maps of each element were drawn with GIS technology. Results shown that the sequence of limiting factors of main soil nutrients in maize production had changed from N?P?Zn and K in the eighties of last century to N?K?Zn?S and P. Corresponding fertilizer application...

hectares of farmland of Liufangzi village in Gongzhuling city were selected and 13 nutrient elements were determined using systematic research method of soil nutrients aided with GIS based ARC/INFO 7.0 and ARCVIEW 3.2 software. Nutrient distribution maps of each element were drawn with GIS technology. Results shown that the sequence of limiting factors of main soil nutrients in maize production had changed from N?P?Zn and K in the eighties of last century to N?K?Zn?S and P. Corresponding fertilizer application method was also put forward.

应用土壤养分系统研究法,以GIS平台的ARC/INFO7.0和ARCVIEW3.2等软件为辅助手段对我省具有代表性的公主岭市刘房子村323hm2的耕地取样分析其13种养分值,应用GIS技术绘制各元素的养分分布图。经分析得出:我省主要土壤的限制玉米高产的营养因子顺序已由80年代的氮、磷、锌和钾演变成氮、钾、锌、硫和磷,并提出相应的施肥措施与方法。

Objeclive:to investigate the nutrient components a nd evaluate nutritional value of the protein drinking of Passiflora caerulea Linn. Methods: Nutrient compositions were studied by international standard methods. R esults:The results showed that the protein d rinking of Passiflora caerulea Linn contained rich protein,vitamins,calcium, zinc and potassium etc.[

目的 :为了解西番莲蛋白饮料营养成分 .方法 :采用食品检验国家标准方法 ,对西番莲蛋白饮料进行营养成分分析及评价 .结果 :西番莲蛋白饮料含有丰富的蛋白质、维生素、钙、锌和钾 .结论 :西番莲蛋白饮料值得开发推广 .

To effectively formulate the mineral to meet the nutrients requirement of beef cattle and improve the feed efficiency,the present studies analyze the concentration of potassium,sodium,magnesium,copper,zinc,manganese,cobalt, iron,selenium and iodine in soil and feed from the mainly ruminant production base,which belongs to six differently geological background areas according to the location distribution in Yunnan province,China,respectively.The best areas are Red Earth Area of Paleozoic Basalt(Ⅴ) and Red Earth...

To effectively formulate the mineral to meet the nutrients requirement of beef cattle and improve the feed efficiency,the present studies analyze the concentration of potassium,sodium,magnesium,copper,zinc,manganese,cobalt, iron,selenium and iodine in soil and feed from the mainly ruminant production base,which belongs to six differently geological background areas according to the location distribution in Yunnan province,China,respectively.The best areas are Red Earth Area of Paleozoic Basalt(Ⅴ) and Red Earth Area of Carbonzte(Ⅰ),where the mineral contents are highest than others.The next is Yellow-Red Earth Area of Mixed Type of Carbonate,Clastic Rock and Basalt(Ⅱ).The Purple Earth Area of Mesozoic Clastic Rock(Ⅲ),Yellow-Red Earth Area of Clastic Rock(Ⅳ) and Dark Red Earth Area of Precambrian Metamorphic Rock(Ⅵ),where the concentrations of mineral in soil and forages are lowest.The contents of cobalt,iron and selenium in forages are significantly affected by geological background especially the contents of mineral in soil.The next is copper,magnesium,manganese,zinc and potassium.The intents of iodine in forage are lightly affected by geological background.There are significant correlation in iron,cobalt,magnesium,selenium and copper between soils and forages.

对云南省家畜饲养基地所属的6个主要地质背景区的土壤和饲料样品的钾、钠、镁、铜、锌、锰、钴、铁、硒和碘元素进行测定分析,并进行了相关性统计,结果表明:玄武岩红壤区(Ⅴ)和碳酸岩盐红壤区(Ⅰ)土壤各种矿质元素都比较高;其次是碳酸岩盐、碎屑岩和玄武岩混合型黄红壤区(Ⅱ),除了钴较低外,其它元素含量都居中等或偏上水平;而碎屑岩紫色土区(Ⅲ)、变质岩赤红壤区(Ⅵ)和碎屑岩黄红壤区(Ⅳ)大多数矿质养分相对都比较低。大多数饲料中钴、铁和硒的含量受土壤中元素的丰度影响较大;其次为铜、镁、锰、锌和钾;饲料中碘受土壤碘含量影响最小。土壤和各主要饲料间铁、钴、镁、硒和铜相关性较强。

 
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