吸附速率

  • 网络Adsorption rate
吸附速率吸附速率
  1. pH由7.4减小至2.2,吸附速率常数提高17%。

    PH decreased from 7.4 to 2.2 , adsorption rate constant increased by 17 % .

  2. 发现表观吸附速率常数(k)与吸附剂-吸附质相互作用能(U)存在线性关系。

    There is a good linear relation between the apparent adsorption rate constant ( k ) and adsorbent-adsorbate interaction energy ( U ) .

  3. 结果表明,烟草对Mn2+的吸附速率快,吸附热效应高,pH值对吸附有较大的影响;

    The results show that adsorbing rate of tobacco for Mn (ⅱ) ion is fast , and heat effect of adsorption is high , meanwhile , pH has an appreciable influence on adsorption .

  4. 而且,其吸附速率很快,在20min内90%的吸附容量即被饱和。

    90 % of the biosorption capacity was reached in a contact time of 20 minutes .

  5. 研究了BPR树脂在碱性介质中对Au(I)的吸附速率、吸附容量、吸附等温线及其分析应用。

    The adsorption properties of gold by BPR resin in alkali solution were studied , such as the rate , capacity and the isotherm of the adsorption , and its analytical application is discussed .

  6. ACA对Pb2+的吸附速率快,吸附选择性高,富集能力强,将其应用于血液灌流清除人体有毒金属离子时,ACA将优先吸附造成人体金属中毒的重金属离子。

    The adsorption of ACA for Pb2 + had quicker adsorption velocity , high selectivity and high enrichment capacity , which were contributed to be a novel blood adsorbent .

  7. 对条形5A分子筛进行300℃下加热3h预处理,可以提高其对CO2的吸附速率;氮气载水预处理会造成其孔道的堵塞而导致CO2吸附容量下降。

    The CO2 adsorption rate increases while using 5A molecular sieve heated at 300 ℃ for 3h . Pretreatment of nitrogen containing water will cause the pore blockage of 5A molecular sieve which lead to the decrease of CO2 adsorption capacity . 2 .

  8. 一步生长实验结果显示:噬菌体XY-1-M较f2噬菌体及噬菌体XY-1具有吸附速率高、潜伏期短、裂解量大的特点。

    Comparing bacteriophage XY-1-M with bacteriophage f2 and bacteriophage XY-1 , one-step-growth test showed that phage XY-1-M had a higher adsorption rate , shorter incubation period and a higher lytic efficacy .

  9. 测定了树脂对镓的吸附速率和吸附等温线,发现树脂吸附镓按假一级反应进行,并符合Freundlich吸附等温式。

    The adsorption rate and adsorption isotherm of the resin to gallium were measured . The results show that the adsorption of the resin to gallium is carried out in pseudo first order reaction and follows Freundlich isothermal adsorption equation .

  10. AMCS和AGCS还符合准二级动力学方程学,说明了它们的吸附速率由膜扩散和颗粒内扩散的速率共同决定的,是与驱动力的平方成正比关系。

    AMCS and AGCS met the pseudo-second-order kinetics , describing that the adsorption rate was relation with square driving force . And film diffusion and particle diffusion rate controlled mainly the adsorption rate . 3 .

  11. 采用RSA-RS理论建立了新的吸附速率方程并应用到间歇吸附与连续吸附的数学模型中。

    RSA RS theory was used to set up the adsorption equation .

  12. 小球藻对镉离子的吸附速率方程

    Sorption Rate Equation of Chlorella vulgaris for Cadmium Ion

  13. 再生沸石的吸附速率较新鲜沸石有所下降;

    The adsorption rate of the recovered zeolite was lower than the fresh zeolite .

  14. 吸附速率常数、平衡吸附量随着离子半径增大而增大。

    Adsorption rate constant and equilibrium adsorption quantity increases with increases of ionic radius .

  15. 改性活性炭对ClO4-的吸附速率控制步骤由外扩散和内扩散模式联合控制。

    The adsorption rate controlling step is determined by inner and external diffusion models .

  16. 活性炭纤维具有极高的比表面积和很高的吸附速率。

    Activated carbon fibers have unique characteristic compared with granular and powder activated carbon .

  17. 表观吸附速率相当快。

    The apparent adsorption rate is quite fast .

  18. 吸附速率与解吸速率随压力的变化曲线基本相同。

    The result shows that adsorption-rate is consistent with desorption-rate , both increasing with pressure .

  19. 不同粒级组分对磷的吸附速率总体上随时间递减。

    Different grain size fraction on the overall rate of adsorption of phosphorus decrease with time .

  20. 实验结果表明表观吸附速率随取代苯甲酸浓度增大而降低。

    Experimental results show that the apparent adsorption rate constant decreases with increasing substituted benzoic acids concentration .

  21. 对半焦处理含油废水的吸附速率方程和吸附热力学做了初步讨论。

    The adsorption dynamics and thermodynamics on the treatment of oily wastewater with semi-coke are discussed tentatively .

  22. 吸附速率与栽体的亲水性和间隔臂长度有关;

    The adsorption rate constant usually increased with increase of spacer length and hydrophilicity of the matrix ;

  23. 此外吸附速率受颗粒内扩散和其它类型扩散的共同控制。

    Besides , the rate of adsorption was under the control of intra-particle diffusion and external diffusion simultaneously .

  24. 混合强度由静止增大到210rpm,吸附速率常数提高20%。

    Mixing intensity increased from 0 rpm to 210 rpm , adsorption rate constant increased by 20 % .

  25. 现有的方法主要是通过提高膜上配基含量来提高亲和容量和吸附速率。

    The existing methods for improving adsorption capacity and rate are through enhancing ligand content of affinity membrane .

  26. 吸附速率随对硝基苯胺初始浓度的增加而增加;

    The rate of adsorption of p-nitroaniline on insolubilized humic acid increased with the initial concentration of p-nitroaniline increasing .

  27. 吸附速率不只是吸附时间的函数,还与液固比有关;

    The rate of adsorption was related to not only the time but also the phase ratio of liquid to solid .

  28. 实验结果表明,A系列树脂具有热稳定性高、吸附速率快、吸附容量大等特点。

    The results show that A series resins have such characterizations as good thermal stability , high adsorption speed and adsorption capacities .

  29. 振荡器的转速、温度的变化等因素也会对其吸附速率产生一定的影响。

    Factors such as the speed of the generator , the change of temperature will have influence on the rate of adsorption .

  30. 初始浓度的减少及膜面积的增大均可提高聚醚砜膜的吸附速率。

    Both the decreasing initial concentration and increasing membrane area could make the rate of BPA absorption to the UF membrane higher .