吸附位 meaning in Chinese
absorption potential
Examples
- Considering the kinetic diameter of 2 . 89a for a hydrogen molecule , the inner cavity inside the tubes , the interstitial regions of tube arrays and the empty space between tube walls are the hydrogen adsorption sites . thus , the high hydrogen storage capacity in cnts would be available
氢分子动力学直径是0 . 289nm ，单壁碳纳米管的中空管内腔和管束内的间隙孔以及多壁碳纳米管的中空管和管壁间隙都可以作为储氢的吸附位，因此碳纳米管具有良好的储氢性能。 - We draw a conclusion about the hydrogen uptake position : swnts usually get together in band . the cavities inside the swnts and the space between the swnts in band can be the storage positions ; as far as the mwnts , there is a little difference , the storage positions include inside cavities , the space of inter - layer as well as the outer surface of carbon nanotubes " wall . we found that modification by mechanical grinding in the air not only made the shorter opening mwnts but also got more purified mwnts in reason of oxygenation
关于氢在碳管中的吸附位研究得出如下结论：单壁碳纳米管通常集结成束，不仅内腔可以吸附氢分子，而且管与管之间形成的通道也是很强的吸附位，因此可以通过改善其晶化结构和进行适当的表面处理来提高储氢量；多壁碳纳米管对氢气的物理吸附位同单壁碳纳米管不同，其吸附位包括管内腔、层间及管外壁。 - Added rhizobia increased the amount of negative charge and metallo - ion specific adsorbing sites of solid compositions such as mn oxides and organic matter etc . the influences of adsorbing rhizobia by soil on the speciation of heavy metal varied with the metal and the soil and were closely related to the mechanisms of metal fixation by soils
土壤吸附根瘤菌后负电荷量增加，某些组分如氧化锰和有机质等吸附重金属的专性吸附位点有所增加。土壤吸附根瘤菌对土壤中重金属的形态影响随重金属种类和土壤类型而不同，与重金属在土壤中的吸持机制有直接关系，当重金属以沉淀机制为主被土壤吸持时，其形态分布受根瘤菌的影响不显著。