本文提出了一个称为“有效吸附空间充填模型”的实用吸附模型。
In this paper, we proposed a practical adsorption model called effective adsorption space filling model.
这些微陨石和空间微小碎片可能在光学玻璃表面碰撞产生陷坑，也可能吸附在航天器光学玻璃表面造成污染。
These microaerolites and small debris in space may cause defects such as crater or be absorbed due to impact on the surface of optical glass in spacecraft.
有机质良好的吸附作用和还原作用使铀与各演化阶段有机质保持着紧密的空间联系。
The close space relation was kept between uranium and the organic matter of various evolution stages due to the good adsorption and reduction of organic matter.
通过对低温绝热贮罐罐体的吸附器结构的改进及其分子筛充装工艺措施的完善，较好地解决了在绝热空间其分子筛活化、 再生困难的问题。
Improve the structure of absorber in cryo- insulated storage tank, change the filling process of sieve sorbent, so as to decrease the difficulty of activation of sieve sorbent in an insulated space.
调湿材料是能自动调节室内湿度的一种新型多功能材料。它是通过对空气中水分的吸附与解吸来调节密闭空间内的湿度；
The moisture conditioning material is a kind of new multifunction material which can adjust indoor moisture (hermatical space) automatically through adsorbing and disabsorbing the water from the air.
指出碳纳米管储氢(物理吸附)的机制可用势能效应和空间效应描述。
We pointed out the mechanism of hydrogen storage (physisorption) in CNT can be described by the potential effect and the space effect.
纳米银颗粒与羟基发生电荷吸附作用，固定在鞣酸的空间网状结构中，稳定存在。
There could be a coordination bond between the silver atom and the hydroxyl group of tannic acid, which stabilize the Ag nanoparticles in the spatial reticulate structure of tannic acid.
而混合水与岩溶空间内的松散沉积物间的各种离子交换作用主要是阳离子交换吸附。
The ion exchange between mixed water and unconsolidated deposits inside caves is characteristic of cation exchange adsorption.
铜离子在吸附量由低到高的过程，首先聚集在孔隙入口处，再逐渐填满孔隙内部空间。
The ions gather in the pore entrance at the start of the adsorption process. Then the ions move into the inner pores and gradually fill the pore space.
铜离子在吸附量由低到高的过程，首先聚集在孔隙入口处，再逐渐填满孔隙内部空间。
The ions gather in the pore entrance at the start of the adsorption process. Then the ions move into the inner pores and gradually fill the pore space.
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