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饱和吸附量 meaning in English

saturated extent of adsorption

Examples

  1. Saturated extent of adsorption
    饱和吸附量
  2. The modified copolymer solution has lower surface tension than the unmodified one . by measuring adsorptive content , we find that the adsorptive content of fdn superplasticizer is higher than the modified copolymers , but their adsorptive shape on the surface of the cement particles is different . measuring of potential of cement particle indicated that higher potential leads to better dispersibility for used superplasticizer
    通过对减水剂的表面张力、吸附量、 5电位研究,发现改性后的减水剂均比未改性的共聚物更能降低水的表面张力;茶系减水剂比合成的减水剂具有更大的饱和吸附量,但彼此的在水泥颗粒表面的吸附形态并不相同:减水剂一水一水泥体系具有双电层,加了减水剂的水泥胶粒的电负性显著增加,改性后产物的负电性与改性前相比明显增加。
  3. Because in the drinking water has the slight pollutant content to be low , may use the ideal solution adsorption theoretical model ( iast ) to process , the result is satisfying , this model to studies the activated charcoal to add water has the slight pollutant the adsorption rule to have the extremely important guiding sensein addition , the solute measurement replacement adsorption model ( sdm - a ) also obtained to the above research system has imagined not the but actually result , namely appeared " v " the glyph extension broken line in adsorption isothermal chart
    鉴于饮用水中三氯甲烷含量较低,采用理想溶液吸附模型( iast )来指导其吸附动力学的研究,结果令人满意,另外,溶质计量置换吸附模型( sdm - a )应用于上述研究体系也取得了意外收获。即在其吸附等温线图上出现了“ v ”字形的转折线。该点对应饱和吸附量,可用来判断单分子层和多分子层吸附的分界点。
  4. According to the microstructure , the tsous are consist of two sections : the adsorbent of micropore inorganic materials and pcms . tsous with the maximum pcm content and high stability may be prepared by making good use of the nano effect and surface effect of organic / inorganic nano composite materials . according to the microstructure , the saturated adsorption amount of micropore inorganic material is 73 . 47 %
    应用该模型制备自调温单元,可利用材料的纳米尺寸效应和表面效应,在纳米孔道的内壁上形成吸附力的叠加,使微孔内部具有强的吸附势,可得到相变工质材料含量最大且性能稳定的自调温单元;该模型中微孔无机材料对相变工质材料的理论饱和吸附量为73 . 47 。

Related Words

  1. 均匀吸附
  2. 饱和甲烷
  3. 饱和怜
  4. 饱和勘探
  5. 光电流饱和
  6. 饱和覆盖
  7. 饱和法
  8. 饱和反应器
  9. 饱和模型
  10. 扩散饱和
  11. 饱和无环烃
  12. 饱和物
  13. 饱和吸湿量
  14. 饱和吸收
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