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The Zn-Ti distances are 0.369 nm and 0.335 nm for the single-corner adsorption mode and double-corner adsorption mode, respectively. Therefore, the EXAFS fitting data, R1=0.371 nm, R2=0.332 nm, can be well distinguished for SC and DC mode respectively. The calculation results also showed that the optimized Zn-O average distance of Zn-O tetrahedron is about 0.200 nm, which agree with the EXAFS results.

用DFT方法对四配位水合Zn离子在簇Ti2O11H14上进行优化后发现，四配位的Zn-O平均距离为0.200nm；外层Zn-Ti结合存在两种稳定的吸附模式：单角吸附模式和更加稳定的双角吸附模式，其Zn-Ti距离分别为0.369和0.335nm。

The behavior of static adsorption and desorption, dynamic adsorption and desorption of twelve kinds of resins was compared. Toyopearl TSK HW-40S colunm was employed to separate and purify the anthocyanin extracts from blood orange.

分别采用12种不同类型树脂对血橙花色苷静态和动态吸附解吸试验进行比较，优化了大孔树脂提取分离血橙花色苷的工艺，采用Toyopear1 TSK HW-40S柱层析对血橙花色苷提取物进一步分离纯化。

On the establishment of shielding immune cells avoid HIV viral antigens identified protein adsorption and the establishment of "biological trap" induce HIV models Summary : HIV is the human immunodeficiency virus caused AIDS virus, AIDS is not currently be fully human control, AIDS vaccine is being developed, but because the virus genetic diversity potential to change the topic of the complexity of this ban from the incidence of HIV spread T4 cells in the mechanisms by, proposed changes T4 lymphocyte surface protein CD4 receptors structure as to avoid HIV adsorption, and the establishment of "biological trap" booby HIV idea to try to turn on AIDS treatment to the conversion of protein structure and function, as well as synthetic direction.

提要：HIV即人类免疫缺陷病毒是引起AIDS的病毒，目前爱滋病还不能被人类完全控制，AIDS的疫苗也正在研制中，但是由于病毒多样性的遗传潜能，使这一课题变的很复杂，本文试从HIV侵染T4细胞导致发病的机理入手，提出改变T4淋巴细胞表面CD4受体蛋白构象以避免HIV吸附，并设置"生物陷阱"诱杀HIV的构想，试图把对爱滋病的治疗引向对蛋白质结构与功能转化以及合成的方向。

The research indicated that the magnesium hydroxide has the verystrong adsorption to sea water boride. the solution pH influence the adsorption process obviously.

研究表明，氢氧化镁对海水中的硼化物有很强的吸附作用，溶液的pH值对吸附过程影响明显。

The adsorption and reaction process of isobutane and butene were investigated by using in-situ IR, Reaction-MS and Adsorption methods.

利用HF酸溶解以及用二氯甲烷进行萃取等方法，对失活催化剂的性质进行了细致的研究。

By using grand canonical ensemble Monte Carlo method, machanism for the adsorption of methane in single wall carbon nanotubes at 74.05 K has been investigated. It is found that the adsorption of methane in smaller SWNTs, whose diameters are 1.22nm and 1.632nm, exhibits "pore filling" behavior. In contrast, for the SWNTs of diameter larger than 2.04nm, capillary condesation takes place.

采用巨正则系统MonteCarlo方法研究了甲烷在单壁碳纳米管(Singlewallcarbonnanotube，SWNT)中于低温74.05K下的吸附等温线及吸附机理，发现在两个较小的孔径(1.225nm和1.632nm)下单壁碳纳米管中甲烷的吸附有着明显的微孔所独有的"填充效应"，而在2.04nm以上的孔的吸附中会出现毛细凝聚现象。

Different types of surfactant have different adsorption on oil sand, and carboxylate surfactant has the least adsorption.

不同类型表面活性剂在天然油砂上的吸附量存在差异，羧酸盐类表面活性剂在天然油砂上的吸附量最低。

Natural plant extracts to carry the components of the positively charged molecules with the negative charge carrying the virus with each other molecular adsorption, adsorption to the virus membrane surface.

天然植物萃取成分所携带的正电荷分子与携带负电荷的病毒分子相互吸附，将病毒吸附到膜表面。

The experiment results showed that the adsorption process of hydrolyzation and heated treatment production is chemisorption process going with physisorption process, the adsorption process of derivation production is chemisorption process.

结果表明，水解产品和热处理产品的吸附过程是化学吸附与物理吸附同时进行的过程，衍生产品的吸附过程是典型的化学吸附。

The dynamic adsorption ability of XDA-1 style macroporous adsorption resin to chloroform in water was researched in this paper.

结果显示，采用XDA-1大孔树脂吸附水中的氯仿，其吸附效率可达99%以上，泄漏点前的吸附量为160mg/ml。

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。