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组分结构 meaning in English

components structure

Examples

  1. The reactions of la2o3 - sro2 - mn - naclo4 - kmno4 system were nearly ended . but at some point example 950 , 1050 , some phase transformed . results of microstructure formation by sem and cfq methods showed that sro2 , naclo4 , kmno4 were reduced and wrappaged by liquid mn
    4段)的变化规律与shs合成过程中的反应温度速度变化规律相似,说明磁性能的变化是由于合成产物的组分结构转变引起的,表现在合成过程中就是温度和速度值的变化。
  2. However , as far as the surface of nature sepiolite is concerned , its acidity is weak , and the channel is narrow , and its thermo - stability is poor , which lead to defects such as the destroying effect on the component structure of molecular sieve on the condition of water steam
    但天然海泡石存在表面酸性弱,通道小,热稳定性差以及在水蒸气条件下对分子筛组分结构有破坏作用等缺陷,故对天然海泡石进行改性是使其成为催化剂载体所必作的工作。
  3. In adding - acid system : the resistivities of different lithotypes " cp tend towards being constant and equal when weight percentage of aniline exceeds 50 % ; because of the structure difference of different lithotypes , the polymerizing places and processes are different ; the resistivities of vituain / pan and fusain / pan reach the lowest point respectively when ( ntloisiog / an is 0 . 6 , 1 . 0 ; the resistivities of cp decline fast and tend towards being constant along with the reduction of diameter of coal . in not adding - acid system : the resistivities of different lithotypes ' cp decline evenly ; it is found on the crossed experiment of cp , that ( nflsaog / an mole proportion is the most important factor to influence output ratio of cp and the weight percentage of aniline is the most important factor to influence resistivities of cp . according to the result of the crossed experiment of cp
    在有外加酸体系中:苯胺百分含量大于50时,不同煤岩组分的电阻率趋于恒定和一致;由于不同煤岩组分结构上的差异,导致苯胺聚合场所和聚合过程的不同;当过硫酸铵/苯胺摩尔比为0 . 6 , 1 . 0时,镜煤-聚苯胺导电材料电阻率和丝炭-聚苯胺导电材料的电阻率分别达到最低值;在无外加酸体系中:不同煤岩组分/聚苯胺导电材料的电阻率随着聚合时间的增加而均匀下降,并在8小时左右达到恒定;在对丝炭-聚苯胺导电材料进行的正交试验中发现:过硫酸铵/苯胺摩尔比对产率的影响最大,苯胺重量百分比对产率影响最小,而对产物电阻率影响最大的是苯胺重量百分比。

Related Words

  1. 浓度组分
  2. 固体组分
  3. 产量组分
  4. 爆炸组分
  5. 已知组分
  6. 组分扩散
  7. 组分离
  8. 组分粉末
  9. 正常组分
  10. 组分分布
  11. 组分级设计
  12. 组分计量
  13. 组分扩散
  14. 组分离
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