能吸附的

Demonstrated by adsorptive capacity and adsorptive energy, polyacrylamides have strong interaction on mineral surface with similar action mode to that of starches, for example, hydrolyzed polyacrylamide and hydroxamic acid polyacrylamide mainly by chemical force, cationic polyacrylamide by electrostatic force and hydrogen bond, nonionic polyacrylamide by hydrogen bond, while amphoteric polyacrylamide embodying both the characters of anionic and cationic one.

聚丙烯酰胺类化合物在矿物表面的吸附能以及吸附量均显示出药剂与矿物间存在的强作用，作用方式与淀粉类药剂相似：阴离子聚丙烯酰胺、羟肟酸聚丙烯酰胺主要靠化学作用，阳离子聚丙烯酰胺借助静电力和氢键，非离子型的聚丙烯酰胺则主要是氢键作用，两性聚丙烯酰胺同时具有阴离子和阳离子聚丙烯酰胺药剂的作用特点。

On the other hand, having greater absorptivity is the key factor for filtrate reducer to control water filtering, for filterability can not be materially controlled by macromolecular being unable to be effectively absorbed on the surface of cement granules.

在水泥颗粒表面有较强的吸附能力是降失水剂形成堵塞失水通道机制的关键因素，不能有效吸附在水泥颗粒表面的高分子，无法实质性控制体系的失水。

Environmental issue has caused widely public concern. In this thesis, the mechanism of calcite cluster structure absorbing environmental infectant has been investigated using quantum chemistry calculation. Using B3LYP calculation method and taking 6-311++G (3df,2pd) basis set in our Gaussian calculations, the results show that the calcite cluster structure can absorb environmental infectant.

在本次研究中，采用了量子化学计算中的B3LYP方法以及6-311++G(3df，2pd)基组进行理论计算，其结果能很好的反映方解石表面分子簇结构吸附环境污染物的情况，为阐明方解石表面分子簇结构吸附环境污染物的机理提供了理论基础。

Through analysis on the present technologies, this study discovered that low-temperature condensation is a relatively matured method with high cost and highly-consumed energy; the other methods like adsorption, absorption and membrane osmose process are differently characterized by many features hut have not been applied in industrial use for many reasons, Along with many new materials and techniques, helium abstraction technologies from natural gas have been innovated like the adsorption arid membrane osmose process have developed fast and co-production and combined technologies have a good application prospect, which provide new thoughts for the development of helium abstraction technologies from natural gas.

通过对目前提氦技术的分析介绍，低温冷凝法较为成熟，但能耗、成本较高；吸附法、吸收法和膜渗透法等其他提氦技术各其特点，但目前限于适用条件尚不能规模化工业应用，随着新材料、新技术的发展，天然气提氦技术不断改进创新，吸附法、膜渗透法等提氦工艺发展迅速，联产法、联合法工艺有着良好的应用前景，这些都为促进天然气提氦技术的发展提供了新的思路。

Due to high surface areas and high free energy, natural bentonites have strong adsorbability and are good sorbent.

天然膨润土具有很大的表面积，伴随产生巨大的表面能，因而具有较强的吸附能力，是一种较好的吸附剂。

Composition of suspension will chang from titanium monoxide to titanium dioxide during standstill procedure. Experimental results show that the proposed method can successfully prepare the anatase phase of titanium dioxide .In the photocatalysis experiment, the prepared titanium dioxide nanofluid absorbs the Ultraviolet when light wavelength was 360 to 380 nm. Adsorption experimental results show that the efficiency of absorbing methylene blue using TiO2 is higher than that for TiO2 (Degussa P-25) or ZnO. Depigmentation of methylene blue experimental using TiO2 can depigmentize methylene blue reach 100% in 60 min.

悬浮液所含之奈米颗粒在静置过程中，成份方面会由似一氧化钛转变为二氧化钛；在结晶组成方面，所制备之二氧化钛颗粒之结晶组成为锐钛矿结构；在光催化方面，所制备之奈米二氧化钛悬浮液在光波长360nm~380nm时产生吸收紫外光现象，在吸附实验中本制程所制备的二氧化钛颗粒的吸附效果优於商用的二氧化钛及氧化锌，在亚甲基蓝的脱色实验中本制程所制备的二氧化钛颗粒能在60分钟内达到脱色率100%。

Finally, the properties of the drug-loaded SN have been evaluated with the help of UV spectrophotometer, and with the small molecular and water insoluble drug-sulpiride as a model drug. It is found that the entrapping efficiency of drug-loaded SN in entrapping method can amount to 96.87% and that in adsorption method is 87.63%, which show that the loading mechanism of SN is mainly adsorptive mechanism.

最后，利用紫外分光光度计，以疏水性小分子药物舒必利为模型药物，对所制备的淀粉纳米粒的载药性能进行了评价，发现淀粉纳米粒包埋载药的包封率可达到96.87％，吸附载药的包封率达到87.63％，淀粉纳米粒对舒必利的载药机理主要是吸附机理。

That accounts forwhy Ga clusters occupy both the half unit cells of the 7×7 in thegrowth process.

初步的第一原理计算表明单个Ga原子吸附在7×7单胞的两半具有几乎相同的吸附能(差别仅为5meV)，这意味着Ga原子会随机地占据7×7单胞的任意一半成核生长，从而Ga团簇对7×7单胞不存在优先占据的特性。

Thiols, serving as low surface energy materials, can be adsorbed on the surface of ZnO, and the adsorption layer become denser and stronger with the increasing of carbon chain in thiols.

表面能较低的硫醇分子可以吸附在ZnO表面，并且随看硫醇分子中碳链的增长，其在ZnO表面形成的吸附层越致密牢固。

The effective absorption factor η〓 has been put forward in this article. It widens the applicable field of the Langmuir—Hinshelwood isothermal absorption equation for carbon gasification. The η〓 can explain the experiment results well; The sticking intensity, which has also been raised in this article, can explain some sticking properties of cold—bond pellets.

本文提出的碳气化&有效吸附因子η〓&概念使碳气化的Langmuir—Hinshelwood吸附等温方程应用范围更广，很好地解释了实验结果；本文还提出了&粘结强度&的概念，能很好地说明冷固结球团的一些粘结性质。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。