1.
Predicting saturation surface concentration of surfactant at gas/liquid interface by molecular dynamics
气/液界面表面活性剂饱和吸附浓度的分子动力学预测
2.
Effects of Ionic Strength,Temperature and Humic Substances Concentration on the Sorption of Th(Ⅳ) to Attapulgite
离子强度、温度、pH和腐殖酸浓度对Th(Ⅳ)在凹凸棒石上吸附的影响
3.
Study on Low-concentration of Sulfur Dioxide Adsorb by Solid Sorbent;
固体吸附剂吸附低浓度二氧化硫气体试验研究
4.
Mathematical model of low concentration SO_2 adsorption with adsorbent modified by microwave
微波改性吸附剂的低浓度SO_2吸附模型研究
5.
The effects of the additive concentration, temperature and rotation speed of the electrode on the coexisting adsorption states are also discussed.
研究了添加剂浓度、镀液温度和电极转速对并存吸附状态的影响。
6.
DEEP REMOVAL OF LOW-CONCENTRATION NO BY ADSORPTION OVER Ni/HZSM-5
Ni/HZSM-5吸附法深度脱除低浓度NO
7.
Experimental Study on Benzene Adsorption by Activated Carbon Fibers at Low Concentrations;
活性炭纤维吸附低浓度苯的实验研究
8.
Particle Concentration Effect on Zn(Ⅱ) Adsorption at Water-Goethite Interfaces
Zn(Ⅱ)/α-FeOOH吸附体系的固体浓度效应
9.
Adsorption-disorption experiments of CH_4 and CO_2 with different consistency
CH_4/CO_2不同浓度混合气体的吸附-解吸实验
10.
Super-high Pure APT Preparation by Double-ion-exchange and Saturation Adsorption Technology
二次离子交换饱和吸附工艺制备超纯APT
11.
Relations between the Saturated Absorption and Micro-structure of Expanded Graphite
膨胀石墨的饱和吸附量与微观结构的关系
12.
Study on the Regeneration of Activated Carbon Fibers Adsorbed with Haloacetic Acids
吸附卤乙酸饱和的活性炭纤维再生研究
13.
Study on Demulsification-Oxidation-Adsorption Advanced Treatment of High Concentration Waste Emulsion
高浓度乳化废水的破乳-氧化-吸附深度处理研究
14.
the higher the initial solution concentration,the greater the adsorption capacity of zeolite to phosphorus,the longer the equilibrium time of adsorption;
初始溶液浓度越高,沸石对磷素的吸附量越大,吸附平衡时间越长。
15.
Study on Low Concentration Ammonia Adsorption by Substrates and Its Adsorption Mechanism;
低浓度氨氮废水吸附基质研究及其吸附机理探讨
16.
Hint: When solute is added to a saturated solution, there is no change in ion concentration.
提示：当溶质加入已饱和溶液，对离子浓度无影响。
17.
The concentration helped to increase the equilibrium adsorption capacity.
初始浓度的增大有利于提高平衡吸附容量。
18.
Study of Coagulation-adsorption Method Treating High Concentrated Chemical Wastewater Containing F and P
混凝-吸附法处理高浓度含氟磷废水的研究