吸附速度

但是RAFT法对模板分子的吸附速度比溶胶凝胶法快，且重复利用率高。在实际应用中有很好的前景。

But the adsorption rate of RAFT method to template molecules faster than the sol-gel method , and have higher recycling rate , there are good prospects in practical applications .

而其在经H2O2处理后的悬浮泥沙颗粒物上的吸附速度比在天然悬浮泥沙上的吸附速度快，在5h后基本达到平衡并趋于稳定。

But the adsorption rate in suspended sediment particles treated by H2O2 is faster than in the natural suspended sediment , which achieved a balance in the 5h , and after stabilization .

ACF的固着化速度大于CF，与其比表面积大表面微孔多，吸附速度快有关。

Andthe immobilized speed on the surface of ACF , which has higher specific surface area and moremicroholes , is quicker than that on the surface of high strength CF.

PTT纤维在100℃就可染到深色，在60～80℃和90～100℃有两个吸附速度较快区域；

The fiber can be dyed deep colour at temperature of 100 ℃ and there were two fast absorption regions between temperature of 60 ~ 80 ℃ and 90 ~ 100 ℃ .

粉末活性炭（PAC）以其接触面积大，吸附速度快、效果好，来源比较广泛，价格相对低廉等优势在水处理中得到较广泛的应用。

Powdered Activated Carbon ( PAC ) has been widely applied to the water treatment owing to its advantages on large contact area , quick absorbing speed , perfect effort , abundance source material and lower price .

发现在甲醛浓度为1.94~1.97mg/m3的条件下，试验产品的穿透时间（tB）为12min，比市售活性炭提高20%，且吸附速度更快。

When concentration of formaldehyde was 1.94-1.97 mg / m ~ 3 , penetration time ( t_B ) of this activated carbon was 12 min which was 20 % higher than that of marketed activated carbon , and the speed of adsorption was also faster .

在A~2O生物反应池中，活性污泥对重金属的吸附速度较快，在30min内基本就达到了吸附平衡；

In bio-reaction tank of A ~ 2O process , the bio-sorption rate of heavy metal by activated sludge is quite rapid : about 80 % influencing metals are removed in 30 minutes .

其中，SFE在界面上的吸附速度最慢，在植物叶面的润湿作用最差；OP－10吸附速度最快，润湿性能最好。

Of the surfactants tested , the absorbent velocity of SFE on the surface is the lowest and its wetting function on the leaves is the poorest , and OP 10 has the fastest absorbent velocity and the best wetting function .

1SR菌对实验废水（酸性络合废水、碱性络合废水、非络合废水和脱膜废水）中铜的吸附速度迅速，在30min即可达到平衡；

Experiment results were following : 1 . The adsorption processes were by SR bacteria were fast and could reach equability in 30 min for acidic compounding wastewater , alkaline compounding wastewater , non-complex copper wastewater and removed membrane wastewater by using SR bacteria .

红壤和粉煤灰对Cr6+的吸附速度较快。

The adsorption velocity of laterite and coal fly ash was faster .

实验结果表明，吸附速度受粒内扩散所控制。

The experimental results show that the adsorption velocity is controlled by intraparticle diffusion .

粉状活性炭吸附速度极快，具有絮凝效应和助滤效应。

Powdered activated carbon at high speed , with flocculation effect and help filter effects .

发现微孔扩散是控制活性炭吸附速度的决定因素。

The activated carbon adsorption rate was found to be governed by the microporous diffusion .

吸附速度较快，在不同吸附时间吸附能力的变化曲线接近二级吸附动力学反应机理。

High adsorption speed , and the adsorbing process is closed to second order reactions .

讨论了吸附速度、脱附温度对制冷效果的影响；

It was found that the adsorption velocity and desorption temperature exerted an influence on the cooling efficiencies .

结果表明：生物矿化针铁矿对造纸废水中的污染物吸附速度较快，具有良好的吸附性能；

It turns out that biomineralized goethite adsorbed pollutants in the target wastewater quite rapidly , which shows its good adsorptivity .

无光照下其吸附速度常数与有光源激发时表观一级反应速度常数有差异。

It is different between the rate constant of adsorption in no excitated light and the rate constant of the first order reaction in excitated light .

活性炭纤维具有比表面积大、微孔发达、吸附速度快、吸附容量大等众多优点，已然成为最具应用前景的吸附材料。

Activated carbon fiber has become the most promising adsorption material with the advantages of large specific surface area , developed porous , fast absorption and large adsorption capacity .

因此，增强活性炭吸附速度和吸附容量、提高再生效率和减少再生成本是降低吸附工艺操作成本有效途径，也是目前国内外研究活性炭吸附的主要内容。

Therefore , improving adsorption rate and capacity , enhancing regeneration efficiency and reducing regeneration costs are the effective ways to reduce the adsorption operating costs , which is the focus in this research area .

由于在此条件下，绝对脱附速度等于绝对吸附速度，从而推导出绝对脱附速度与表面饱和覆盖度的关系。

The relation of the absolute desorption rate as the function of the surface saturation coverage is derived on the basis that the absolute desorption rate is equal to the absolute adsorption rate at the saturated surface .

颗粒内孔扩散过程为吸附速度的控制步骤，大孔、过渡孔和微孔的孔扩散速度相继减小，在q&t曲线图上分别对应相关性较好的直线。

The controlling step of adsorption velocity is intraparticle diffusion process . The diffusion rates in macropore , transitional pore and micropore which are implied on three linear sections in q - t curves decrease in turn .

结果表明，制备的强碱性阴离子交换纤维具有较高的交换容量、快的吸附速度、较好的机械性能和稳定的化学性能，是一种性能优良的离子交换材料。

The results show that the anion ion-exchange fiber had a high exchange capacity , quick adsorption and desorption velocity , finer mechanical capability and chemical stability . It 's a kind of materials with excellent properties .

本文利用质量传递微分方程，根据多孔颗粒的边界条件建立了理论模型，推导出了多孔颗粒的吸附速度方程，并以13X-水为例，对其正确性进行了验证；

Based on the boundary conditions of the porous granules , and by simplified the differential equation of mass transfer , the theory model on the mass transfer is obtained , with which the adsorption rate equation is got .

随着液土比的降低和土壤有机质的去除，四环素在2种土壤上的吸附速度加快。

Under different condition , the absorption of tetracycline in soil can reach stable equilibrium after 24h . With the decreasing of soil-to-solution ratio and the removal of soil organic matter , absorption rate of tetracycline in two kinds of soil was speeded up .

本文还比较了两种测试交换吸附速度的方法：连续取样法及分批法.实验表明，当被交换吸附的酸浓度若维持在0.032N左右时两种方法所得到的曲线基本上是一致的。

Two different methods ( the limited batch method and the batch method ) were used to determine the exchange velocity of the anion exchange resins , the results showed that the exchange rates were identical when the concentration of the hydrochloric acid was maintained at about 0.032 N.

实验结果表明，丝胶溶液的浓度越高，其达到平衡表面张力的时间越短，酸性及等电点条件下时间效应减小，Cu2+、Ca2+能增加吸附速度。

It was found that the higher is concentration of the sericin solution , the lower is its equilibrated surface tension , time effect is reduced at the condition of acid solution and equal electricity point and adsorption rate can be enhanced by Cu 2 + and Ca 2 + .

AE在土壤中的吸附解吸速度很快，1～2h内能达到吸附解吸平衡。

Adsorption processes and desorption processes of AE in the tested realized very quickly and it could reach equilibrium within 1-2 h.

说明强化吸附器的传热有利于提高吸附循环速度；

The results proved the assumption of heat transfer rate controlling .

通过对比分析它们的吸附解吸速度曲线表明，这种复合吸附剂的吸附量大、吸附速度快、解吸速度快。

Adsorption and desorption curves show that the new composite adsorbent possess higher water adsorption capacity , faster adsorption rate and faster desorption rate than common adsorbents ?

镍表面上CO和H2的吸附脱附速度

Adsorption and desorption of CO and H _ 2 on Ni polycrystalline