亨利常数

  • 网络henry constant;henry's constant
亨利常数亨利常数
  1. MonteCarlo计算机模拟甲烷&水溶液的亨利常数

    The henry constant of Methane in water solution from monte carlo computer simulation

  2. 甲烷、苯无限稀释水溶液亨利常数的MonteCarlo分子模拟计算

    Monte Carlo simulation of Henry constant of methane or benzene in infinite dilute aqueous solutions

  3. CO2在二甲基亚砜中溶解度的测定及其亨利常数

    Solubility of Dilute CO_2 in Dimethyl Sulfoxide and its Henry ′ s Constant

  4. 利用298.15K该体系的缔合模型,在建立模型参数及HCl在甲醇中亨利常数与温度的关系式后,推算101.32kPa下汽液平衡关系。

    Using the association model of these solutions at 298.15K , the VLE at 101.32 kPa was estimated after deriving the temperature-dependence of both the model parameters and the Henry 's constant of HCl in methanol .

  5. 采用半经验公式计算CH4(甲烷)和CO2(二氧化碳)的亨利常数,根据逸度因子公式求取CH4和CO2的逸度,根据亨利定律计算出不同埋深下CH4和CO2在地层水中的溶解度。

    Henry 's constants of methane and carbon dioxide can be calculated by the experience formula , and the fugacity can be calculated by fugacity gene formula , based on Henry Law , the soluble mole fractions of carbon dioxide and methane in groundwater with burial depth increasing were calculated .

  6. 基于气-液二相平衡理论的K-K方程,在临近水合物生成条件下实验或计算确定亨利常数等参数后,可计算三相平衡甲烷水合物溶解度,且简单易用。

    The K-K equation that is based on the theory of vapor-liquid equilibrium is also used to calculate methane solubility in three-phase equilibrium hydrate system . The parameters in this K-K equation , like Henry law constant , are experimentally determined under incipient clathrate hydrate formation condition or empirically computed .

  7. 支持向量机方法预测有机物的亨利常数

    Support vector machine applied to predict Henry 's constants of organic compounds

  8. 应用定量结构-性质相关法预测有机物的亨利常数

    Quantitative structure property relationship for predicting henry ′ s constants of organic compounds

  9. 挥发性有机污染物水中亨利常数的简易测定方法

    Methods for Estimating Henry ′ s Law Constants of Volatile Organic Water Pollutants

  10. 由下游压力与渗透通量的对应关系的实验数据,回归得到亨利常数;

    The Henry number was correlated from the data indicating the relationship between downstream pressure and permeation flux .

  11. 拟合得到了亨利常数与温度关联式的系数,同时提出了以临界体积为参数的甲烷在烃类溶剂中的亨利系数的估算方法。

    The temperature coefficients of Henry constant were correlated . At the same time , a method was advanced to estimate methane Henry constants in hydrocarbons using critical volume .

  12. 模拟结果和实验值之间存在一定的偏差,特别是在水合物生长阶段偏差较大,需要对某些模型参数的选择做出改进,例如亨利常数的修正。

    The inaccuracy between theoretical value and experimental value was big , especially in hydrate growth stage . The model was needed to modify the choice of the parameters , such as Henry constant .

  13. 意味着亨利定律常数,比纯CS2的蒸汽压大。

    Meaning that the Henry 's law constant is greater than the vapor pressure of the pure CS2 .

  14. 那意味着,如果我知道亨利定律常数,这里指对于CS2和丙酮的混合,它会有不同。

    And what that means is , if I know this Henry 's law constant , for CS2 mixed with acetone specifically , it would be different .

  15. 它叫亨利定律常数。

    It 's called the Henry 's law constant .

  16. 从第一题可以得到这个亨利定律常数。

    We can get it from part a here .

  17. 但是我们不知道这个亨利定律常数。

    We don 't know what the Henry 's law constant here is .

  18. 这就是亨利定律常数。

    Which is a Henry 's law constant .

  19. 人工神经网络法预测有机物物性的研究1.亨利定律常数和水中溶解度

    Predicting the Physical Properties of Organic Compounds ⅰ . Henry 's Law Constant and the Aqueous Solubility

  20. 而亨利定律常数告诉我们相互作用的焓,是有利,还是不利。

    And Henry 's law constant is going to tell you whether or not that enthalpy of interaction is favorable or not favorable .

  21. 化合物的性质深受温度的影响,亨利定律常数、蒸汽压和降解速率系数等都是温度的函数。

    The properties , especially vapor pressures , Henry Law 's Coefficients , transformation coefficients are profoundly affected by temperature , which are the function of temperature .

  22. 鉴于挥发性有毒化合物在多介质环境中的行为研究的重要性,本文对于亨利定律常数在真实自然环境中应用的最新研究做了评述。

    In view of the urgency of studying the behaviors of volatile toxic matters in natural multimedia system , the recent research progress for the Henry 's law constant of environmental pollutants is discussed in some detail .

  23. 我们最后要得到沸点的改变,等于常数,不要和亨利定律的常数混淆。

    We 're going to find that the change in the boiling point Kb is going to be some constant K sub b , which is not to be confused with Henry 's law 's constant .