吸附作用的

The method will involve a sequence of ammonification of glass surface, functionalization of carbon nanotube surface, and bonding between the nanotubes.

将奈米碳管与其它材料以一定的比例复合而制备，进而形成一种具有奈米碳管之复合吸附材料所组成之固相萃取柱介质，其合成步骤包括：奈米碳管表面改质官能化，玻璃粒体之载体氨化及最后将两者经缩合剂作用而产生化学键结使奈米碳管批覆在玻璃粒体之载体上。

The result indicates that the adsorption can be controlled by photoisomerization of azobenzene on SAM.

在紫外光作用下，偶氮苯自组装膜可以实现光控可逆的牛血清白蛋白分子吸附行为。

This material is used as bactericide of AIV. The result shows that this material can extinguish AIV.

用这种材料进行了禽流感病毒吸附灭活实验，结果表明Ag对病毒有明显的灭活作用。

Interaction of cadmium and phosphorus in calcareous soil was studied through a P and Cd absorption/desorption experiment.

通过P、Cd吸附解吸试验研究了石灰性土壤中P、Cd之间的交互作用。

The product selects high quality cocoanut in the equator as carrier, goes through strict exquisite processing technology, such as high temperature carbonization, nano-compounding, bio-activation and so on. It focuses on adsorbing toxic and harmful gas molecular such as formaldehyde, benzene series, ammonia

本品精选赤道地区优质椰壳为载体，经高温炭化、纳米复合、生物活化等系列严格工艺精细加工而成，专业用于吸附分解甲醛、苯系物、氨、TVOC等有毒有害气体分子，以及各类异味、臭味的祛除，同时具有防潮、抗菌作用。

The adsorption and functions of hydrolysis of cellulase on corncob substrate were studied.

对纤维素酶在玉米芯纤维底物上的吸附特徵及其水解作用进行了研究。

The adsorption of urea nitrogen onto dialdehyde cellulose under catalysis of immobilized urease in gelatin was studied in batch system.

研究了在固定化脲酶催化作用下双醛纤维素对尿素氮的吸附平衡和动力学。

It was shown by result that butyne diol has efficiently inhibited the corrosion of aluminum in fluoboric acid solution.

采用失重法研究了1，4-丁炔二醇对铝在氟硼酸体系中的缓蚀作用，并应用吸附理论和Sekine方法处理实验数据。

The electrostatic interaction, hydrogen bond and cooperative effect of the eightmembered ring were formed simultaneously.

此时吸附剂与内毒素之间存在静电、氢键、疏水相互作用和八元环的协同作用。

The effect of zeolites ion-exchanged by transition metals on thermal catalytic cracking reaction is studied. The product distributions of the cracking reactions catalyzed by theβor ZSM-5 zeolites exchanged with transition metals are different from that catalyzed by corresponding Hzeolites, which means the mechanism of cracking reactions has varied. Group Ⅷ metals Fe, Co, Ni and Cu, Zn are shown to be of strong catalytic activity of oxidative dehydrogenation, while Ti and Cr are not of oxidative activity. Catalyzed by zeolites or catalyst containing Ag, conversion of thermal catalytic cracking reactions and the yield of ethylene increase while the yield of propylene does not decrease. Silver can not only promote the formation of carbonium ion, but also convert carbonium ion into free-radical via redox reaction. The weak adsorption of olefins on silver reduces the occurrence of hydrogen transfer and dehydrogenation. As a result, the yield of light olefins is favored by silver in the catalyst.

采用过渡金属交换的分子筛作为催化剂，进行催化热裂解制取乙烯的反应，研究发现，在β沸石分子筛和ZSM-5分子筛中引入过渡金属后，催化热裂解反应的产物分布与相应的氢型分子筛相比有了较大的变化，说明过渡金属的加入对于催化热裂解反应的机理具有影响，Ⅷ族金属如Fe、Co、Ni和第Ⅰ、Ⅱ副族Cu、Zn表现出较强的氧化脱氢活性，产物中氢气、焦炭的产率很高，Ti、Cr则未表现出氧化作用：分子筛及催化剂中引入银后，催化热裂解反应的转化率和乙烯的产率有了提高，丙烯产率没有很大的变化，说明银在催化热裂解反应中能够促进正碳离子的生成，又有可能通过氧化-还原作用部分改变反应机理，促进了自由基的生成，并且由于银对烯烃的吸附很弱，其氢转移反应和脱氢、加氢活性比较低，有利于烯烃产率的提高。

For a big chunk of credit-card losses; the number of filings (and thus charge-off rates) would be rising again, whether

年美国个人破产法的一个改动使得破产登记急速下降，而后引起了信用卡大规模的亏损。

Eph. 4:23 And that you be renewed in the spirit of your mind

弗四23 而在你们心思的灵里得以更新