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organic colloid
相关语句
  有机胶体
     Relationship between organic colloid and fertility of purple soils from Yunnan,Guizhou and Anhui provinces
     紫色土有机胶体与肥力关系
短句来源
     The wastewater of praziquantal(an insecticide) contains a mass of organic colloid pollutants and potassium cyanide (KCN).
     吡喹酮生产废水含有大量有机胶体污染物和KCN。
短句来源
     The mechanism lies in not only the shear stress of montmorillonite has been cut down by humus, and its expansibility and shrinkage have been restrained, but also active organic colloid for forming organo mineral composite aggregate have been supplied. As well as its organic acid can dissolve CaCO 3 of soil and set free active Ca 2+ , the latter is bridge of forming composite aggregate, thereby, improve soil pedality etc.
     其机理不仅在于所提供的腐殖质能降低砂姜黑土中含量过高的蒙脱石矿物的剪切应力 ,抑制其胀缩性 ,而且还在于它们能提供形成有机无机复合团聚体所必需的活性有机胶体 ,以及其有机酸能溶解土中原有的 Ca CO3成为活性的 Ca2 + 离子 ,后者是形成复合团聚体的桥梁 ,从而改善了土壤的结构性能等等。
短句来源
     The mechanism involved not only the reduction of shear stress of montmorillonite was reduced by humus, and restraint of its expansibility and shrinkage, but also supplying active organic colloid to form organo-mineral composite aggregate. In addition, organic acid can dissolve CaCO 3 in soil and release active Ca 2+, which formed the bridge of composite aggregate, thereby, improved soil pedality etc.
     其机理不仅在于所提供的腐殖质能降低砂姜黑土中含量过高的蒙脱石矿物的剪切应力 ,抑制其胀缩性 ,而且还在于它们能提供形成有机无机复合团聚体所必须的活性有机胶体 ,以及其有机酸能溶解土中原有的CaCO3成为活性的Ca2 + 离子 ,后者是形成复合团聚体的桥梁 ,从而改善了土壤的结构性能等。
短句来源
     Furthermore,the relationship between organic colloid and fertility of purple soil was studied.
     并且还分析了有机胶体与土壤肥力的关系。
短句来源
  “organic colloid”译为未确定词的双语例句
     Characteristics of Organic Colloid of Purple Soil
     几种紫色土的腐殖质组成特点
短句来源
     The indicator texture ofdirect biomineralization is biological organic colloid texture, and the indicator texture ofindirect biomineralization is "mineralized biological texture".
     生物直接成矿作用的标志结构为生物有机肢体结构,生物间接成矿作用的标志结构为“矿交代生物”结构。
短句来源
     Steel used steel based carbide cladding materials FC-I has been developed by slurry coating method under 1300℃. The HV hardness of FC-I after heat treatment is 6.41 GPa. The organic colloid fOr the raw powders is polyvinyl alcohol and ethanol.
     用浆料涂层液相烧结法在1300℃制备出45钢用硬质覆层材料FC-I,热处理后的维氏硬度为6.41GPa用聚乙烯醇加无水乙醇作为配置浆料的有机胶结剂.用扫描电镜、X射线衍射和能谱对FC-I的微观结构进行了测试,结果表明,FC-I硬质覆层中硬质相和粘结相分散比较均匀;
短句来源
     Sampling the soil under Pinus tabulaeformis conifer ous forest, P. tabulaeformis and broadleaveved mixed forest, and broadleaf forest distributed in semi-arid western Liaoning, with principal components analysis(PCA), this article divided 9 soil anti-erodibility indexes into 3 classes inorganic colloid factor,organic colloid factor, and anti-dispersing factor.
     以半干旱的辽西地区广布的油松针叶纯林、油松针阔混交林和阔叶林林下的土壤为研究对象 ,通过主分量分析方法将 9个抗蚀性指标分为 3类 :无机胶粒团聚类因子、有机胶粒团聚类因子和抗分散类因子 ,并以抗蚀性指数 ,来评价辽西地区土壤的抗蚀性 ,以期为辽西地区水土保持效益评价和造林树种选择提供依据。
短句来源
     In this study,sulfuric acid was added into woolscouring effluent with an aim to reduce the polarity and Zeta potential of suspended organic colloid,resulting in organic colloid to agglomerate and sedimentate.
     本试验通过加入硫酸改变洗毛废水的有机组成,降低体系的Zeta电位,破坏体系的稳定性,从而使得有机物发生凝聚沉降,达到去除COD的目的。
短句来源
更多       
  相似匹配句对
     Characteristics of Organic Colloid of Purple Soil
     几种紫色土的腐殖质组成特点
短句来源
     Organic Peroxides
     有机过氧化物
短句来源
     Colloid Electroplating
     胶体电镀
短句来源
     Organic Battery
     用导电聚合物制造蓄电池
短句来源
     PREPARATION AND CHARACTERIZATION OF POLYMER PROTECTED COBALT METAL COLLOID IN ORGANIC SOLVENT
     有机溶剂中高分子保护金属钴胶体的制备和表征
短句来源
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  organic colloid
However, until now, pesticide-organic colloid interactions are poorly understood.
      
Addition of Fe(OH)3 colloid or organic colloid (protein or carbohydrate) to the control sample enhanced the microalgae's growth.
      
The CEC of a soilwill obviouslybe affected by the nature and amount of mineral and organic colloid present.
      


There was a significant increase in the metabolism of soil nutrients, and soil potential fertility. was bought into full play in the ridge culture paddy field with Non-tillage because of much decomposition of easy decomposible organic matter in submergic paddy field soil due to ridging, a fine development in quality of organic colloid, a tendency towards decreases in soil organic matter and soil total nitrogen, and higher efficiency in soil nitrogen, phosphorus, potassium during the growing periods...

There was a significant increase in the metabolism of soil nutrients, and soil potential fertility. was bought into full play in the ridge culture paddy field with Non-tillage because of much decomposition of easy decomposible organic matter in submergic paddy field soil due to ridging, a fine development in quality of organic colloid, a tendency towards decreases in soil organic matter and soil total nitrogen, and higher efficiency in soil nitrogen, phosphorus, potassium during the growing periods of rice, but in soil nitrogen loss increases owing to presence of NO_3~--N in oxidation and redction—owned soil environment.

水稻垄作后,土壤有机质分解速率增大,有机胶体品质提高,有机质和总氮含量下降;各生育期有效氮、磷、钾和电导度明显高于平作,有相当数量的NO_3~-—N存在。由于氧化、还原并存,反硝化作用加强,氮素损失增多,增施氮肥十分重要。

Accelerating the ripening of soil by applying FeSO_4 fertilizer in new terraced field is the main experience of improving the soil for increasing ou tput in the Westem Shanxi Province With the comparative method of experiment both in pot and field.the authors measure the physical and chemical properties of soil and the variation of trace elements in soil and probe in to the mechanism of increasing the output due to improving the soil by fertilizing FeSO_4 in new terraced field The mechanism can be expounded...

Accelerating the ripening of soil by applying FeSO_4 fertilizer in new terraced field is the main experience of improving the soil for increasing ou tput in the Westem Shanxi Province With the comparative method of experiment both in pot and field.the authors measure the physical and chemical properties of soil and the variation of trace elements in soil and probe in to the mechanism of increasing the output due to improving the soil by fertilizing FeSO_4 in new terraced field The mechanism can be expounded as follows after applying FeSO_4 fertilizer on the immature soil of loess with alkali reaction in new terraced field FeSO_4 combines with CaCO_3 releasing gas CO_2.which can make soil fluffy or spongy and increase the soil por-osity by 1.03 to 2.73 percent;under the condition of soluble water,the oxide Fe(OH)_2 can dissolve in water and form into colloid or organic colloid increasing soil aggregation Trace elements which are impurities in the matter of FeSO_4,such as effection Trace esements which are impurities in the matter of FeSO_4 such as effective Fe and effective Zn,can improve crop growing After applying FeSO_4 such as effective Fe and effective Zn,can improve crop growing After aqqlying FeSO_4 fertilizer the pH value of soil in crop growing period decreases by 0.2 and the activity of Fe ion increases by times.

新修梯田施黑矾加速土壤熟化,是晋西的改土增产经验。作者采用盆栽和田间对比试验的方法,测定土壤理化性质和微量元素变化,探讨了新修梯田施黑矾改土增产的机理。新修梯田生土部位施黑矾(FeSO~4)后,在呈碱性反应的黄土中与碳酸钙(CaCO~3)化合,释放的二氧化碳(CO_2)气体可促使土壤膨胀发暄,土壤孔隙度增加1.03%~2.73%;其化合物氢氧化铁[Fe(OH)_2]在水溶条件下形成胶体物质和有机胶体,可增加土壤团聚体。黑矾杂质中所含有效铁、有效锌等微量元素,有促进作物生长的作用。施黑矾后作物生长期土壤pH值约降低0.2,可使土壤中铁离子的活性提高4倍。

Biomineralizations are divided into direct and indirect one. The indicator texture ofdirect biomineralization is biological organic colloid texture, and the indicator texture ofindirect biomineralization is "mineralized biological texture". There are some such typicalgold deposits as Ertaizi-Bancanggou of Shanxi Province, Dongbeizhai of Sichuan Province,Laerma of Sichuan tand Gansu Province and Jinchang of Yunnan Province etc. Ores in thesedeposits generally include various metallic mineral biomorphic...

Biomineralizations are divided into direct and indirect one. The indicator texture ofdirect biomineralization is biological organic colloid texture, and the indicator texture ofindirect biomineralization is "mineralized biological texture". There are some such typicalgold deposits as Ertaizi-Bancanggou of Shanxi Province, Dongbeizhai of Sichuan Province,Laerma of Sichuan tand Gansu Province and Jinchang of Yunnan Province etc. Ores in thesedeposits generally include various metallic mineral biomorphic textures and biological organicconstituents. The ore-forming materials are of multiple sources, and its sulfer isotope is ofmixed type. The genetic machanism of these deposits is similar to that of gathering-gold in"artificial carbon absorption system". The auriferous reef can be called the stratohorizon of natural carbon absorption system".

生物成矿作用分为生物直接成矿作用和生物间接成矿作用。生物直接成矿作用的标志结构为生物有机肢体结构,生物间接成矿作用的标志结构为“矿交代生物”结构。我国陕西二台子-半仓为金矿、四川东北寨金矿、川甘拉尔玛金矿和云南金厂金矿等均为典型实例。矿石中普遍含多种金属矿物生物结构,还含多种生物有机组分。成矿物质具多源性特征,流同位素具混合型特征。矿床成矿机制可与“人工碳吸附系统”聚全机制相类比。含金层位可称为“天然碳吸附系统”层位。

 
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