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外源碘
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  exogenous iodine
     Residual of exogenous iodine in forest soils and its effect on some wild-vegetable plants.
     外源碘在森林土壤中的残留及对山野菜植物的施用效果
短句来源
  outer source iodine
     The biogeochemical absorption of outer source iodine by spinach through fertilizing solid iodine in soil and spraying of liquid outer iodine in spinach leaves was studied.
     通过在土壤中施放固体外源碘和对叶片进行液体外源碘的喷洒,研究了菠菜对外源碘的生物地球化学吸收。
短句来源
     The result indicates that the iodine content in spinach increased with increasing outer source iodine rates and the application patterns of outer source iodine markedly affected the iodine absorption of spinach.
     结果表明,在合适的含量范围内,菠菜中碘含量随土壤外源碘含量的增加和喷洒液中碘含量的增加而增加;
短句来源
  “外源碘”译为未确定词的双语例句
     When iodine level in the nutrient solution from 0 to 1.0 mg/L,the iodic quantities uptaked by bok-choy and Ipomoea aquatica Forsk are enhanced with the iodine levels in nutrient solution increase.
     在01~. 0 mg/L(以I计算)的碘水平范围内,小白菜和空心菜对碘的吸收量随外源碘水平的提高而增加;
短句来源
  相似匹配句对
     The NiCoT gene of S. aureus had been successfully expressed in E.
     外源基因在E.
短句来源
     Residual of exogenous iodine in forest soils and its effect on some wild-vegetable plants.
     外源在森林土壤中的残留及对山野菜植物的施用效果
短句来源
     THE TRANSFORMATION OF ADDED SELENIUM AND IODINE IN SOILS AND THE EFFECT TO WILD PLANTS
     外源硒、在土壤中的转化及其对野生植物的施用效果
短句来源
     Detection of Iodine by Precipitation Analysis Method
     沉淀滴定法测定
短句来源
     Iodide Goiter
     高甲状腺肿
短句来源
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  exogenous iodine
Amiodarone contributes to a significant amount of exogenous iodine intake and has complex effects on thyroid metabolism.
      


To cultivate iodine-enriched forest vegetables in the mountainous regions of northeast China, a series of iodine application experiments were conducted. Iodine fertilizer (potassium iodide, KI) was added to the forest soils supporting a variety of wild-vegetable plants, with a dosage gradient of 1.00 ,3.33 ,10.00 , 16.67 and 50.00 mg· kg-1. The results showed that iodine application was an effective approach to obtain iodine-rich vegetable materials, and the iodine contents in treated plants could be 2 ~ 40...

To cultivate iodine-enriched forest vegetables in the mountainous regions of northeast China, a series of iodine application experiments were conducted. Iodine fertilizer (potassium iodide, KI) was added to the forest soils supporting a variety of wild-vegetable plants, with a dosage gradient of 1.00 ,3.33 ,10.00 , 16.67 and 50.00 mg· kg-1. The results showed that iodine application was an effective approach to obtain iodine-rich vegetable materials, and the iodine contents in treated plants could be 2 ~ 40 times higher than control. But, the residual of added iodine in soil was generally not high, only occupying 40% ~5% of the application dosage. The accumulation of iodine in plants did not consistently increase with the dosage, which tended to slow down when the application amount increased to 10.00 mg·kg-1.In a comprehensive consideration of soil iodine residual, plant iodine accumulation and application cost, the proper iodine dosage should be approximately 10 mg· kg-1. Soil conditions had significant influence on the efficiency of iodine application, and the cultivated lands should be chosen at fine-textured, fertile, and upper-sloped sites, while sandy soils and down-sloped sites were unfavorable to the preservation of added iodine and to plant absorption.

以培育富碘山野菜为目标.在东北森林暗棕壤上进行了5种山野菜施碘试验.碘肥种类为碘化钾(KI),施碘剂量为1.00、3.33、10.00、16.67和50.00 mg·kg-1.结果表明,土壤施碘是培育富碘山野菜的有效途径,从低施用量到高施用量,不同山野菜植物的含碘量可达对照的2~40倍,但外源碘在土壤中的当年残留率并不高,仅有40%~5%残留,并且随着施入量增加而迅速降低;植物对碘的积累也并非总是随着施入量的增加而增加,施碘量达到10.00 mg·kg-1时,大部分植物的碘积累量趋于稳定.从施碘条件下外源碘的土壤残留率、植物碘积累特征及施用成本等方面综合考虑,适宜的施碘量上限大约为10 mg·kg-1.土壤因素显著影响施碘效果,栽培地应选择土质细腻、肥沃的中上坡地段.砂砾质土壤和易形成水分潜流的下坡土壤都不利于肥料碘的保持和植物吸收.

The biogeochemical absorption of outer source iodine by spinach through fertilizing solid iodine in soil and spraying of liquid outer iodine in spinach leaves was studied. The result indicates that the iodine content in spinach increased with increasing outer source iodine rates and the application patterns of outer source iodine markedly affected the iodine absorption of spinach. The result also showed that most of iodine retain in spinach leaves by foliage dressing which indicated that iodine was not a recurrence...

The biogeochemical absorption of outer source iodine by spinach through fertilizing solid iodine in soil and spraying of liquid outer iodine in spinach leaves was studied. The result indicates that the iodine content in spinach increased with increasing outer source iodine rates and the application patterns of outer source iodine markedly affected the iodine absorption of spinach. The result also showed that most of iodine retain in spinach leaves by foliage dressing which indicated that iodine was not a recurrence element in spinach.

通过在土壤中施放固体外源碘和对叶片进行液体外源碘的喷洒,研究了菠菜对外源碘的生物地球化学吸收。结果表明,在合适的含量范围内,菠菜中碘含量随土壤外源碘含量的增加和喷洒液中碘含量的增加而增加;土壤中外源碘施放的方式对菠菜碘的吸收产生明显影响;叶片喷洒的碘主要集中在叶片,说明碘在菠菜中属于不易循环元素。

A hydroponic experiment was carried out to investigate the influence of iodine species: iodide(I~-),iodate(IO~-_3) and iodoacetic acid(CH_2ICOO~-) on iodine uptake by leafy vegetables(Bok-choy and Ipomoea aquatica Forsk). The results show that low level of iodine can efficiently promote the biomass of Bok-choy and Ipomoea aquatica Forsk.When iodine level in the nutrient solution from 0 to 1.0 mg/L,the iodic quantities uptaked by bok-choy and Ipomoea aquatica Forsk are enhanced with the iodine levels in nutrient...

A hydroponic experiment was carried out to investigate the influence of iodine species: iodide(I~-),iodate(IO~-_3) and iodoacetic acid(CH_2ICOO~-) on iodine uptake by leafy vegetables(Bok-choy and Ipomoea aquatica Forsk). The results show that low level of iodine can efficiently promote the biomass of Bok-choy and Ipomoea aquatica Forsk.When iodine level in the nutrient solution from 0 to 1.0 mg/L,the iodic quantities uptaked by bok-choy and Ipomoea aquatica Forsk are enhanced with the iodine levels in nutrient solution increase.The rank of iodine species by Bok-choy and Ipomoea aquatica Forsk is CH_2ICOO~->I~->IO~-_3.There is a significant correlativity between the I contents in shoots and roots of bok-choy and Ipomoea aquatica Forsk.The ratios of I contents in roots to in shoots of bok-choy and Ipomoea aquatica Forsk are roughly 2∶1 and 1∶1,respectively,which indicates the differences in iodine uptaked by plants.

通过营养液培养试验研究了小白菜和空心菜对不同形态碘(I-I、O3-和CH2ICOO-)的吸收特征。研究结果表明,低水平的外源碘能促进小白菜和空心菜的生长;在01~.0 mg/L(以I计算)的碘水平范围内,小白菜和空心菜对碘的吸收量随外源碘水平的提高而增加;对不同形态碘吸收量大小顺序为:CH2ICOO->I->IO3-。小白菜和空心菜根部和地上部分中碘的含量之间呈显著相关性,其中小白菜根部和地上部分中碘的含量比约为2∶1;空心菜根部和地上部分碘的含量比约为1∶1,反映了不同蔬菜对碘吸收的差异性。

 
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