The adsorbed gas is the adsorbate.
被吸附的气体叫吸附质。
The principles for selection of adsorbate are discussed.
并讨论了吸附质的选择原则。
One may also adjust the conditions to monitor the desorption of adsorbate from the catalyst.
也可以调节条件以检测催化剂上吸附质的解吸。
The interaction energy between adsorbent and adsorbate was obtained by solid-liquid interaction equation.
利用固—液相互作用方程，求取了吸附剂—吸附质相互作用能。
The interaction energy between the adsorbent and the adsorbate was obtained by the Solid-Liquid interaction equation.
利用固—液相互作用方程，求取吸附剂——吸附质相互作用能。
Moreover, the influence of the structure of adsorbent and adsorbate on the adsorption amount and rate was primarily discussed.
初步讨论了吸附量及吸附速度与吸附剂和吸附质结构之间的关系。
The behavior of adsorbate in solid-liquid adsorption system was observed on-line, by the experimental technology of conduction.
利用电导实验技术，在线跟踪观察吸附质在固-液吸附二元体系中的行为。
The interactions between starch and papermaking furnish is greatly dependant on their surroundings and properties of adsorbent and adsorbate.
淀粉与浆料组分间的作用取决于它们作用的化学环境，以及吸附和被吸附两者各自的性质。
Adsorption: Capability of a solid substance (adsorbent) to attract to its surface molecules of a gas or solution (adsorbate) with which it is in contact.
吸附：一切固态物质(吸附剂)把与之接触的气体或溶液的分子吸在表面上的能力。
It could be concluded that structure deformation strongly affected the adsorption and diffusion characteristic of adsorbate in flexible metal-organic frameworks (MOFs).
得出，结构变形对吸附分子在柔性金属-有机骨架中的吸附和扩散性质有重要影响。
The equivalent circuits for the nonfaradaic adsorption for both the coadsorption of two adsorbates and the reorientation of an adsorbate in two positions have been introduced.
本文推导出物质不相互竞争吸附中心的共吸附和吸附物改变取向两种非法拉第吸附过程的等效电路。
A determination method of active surface areas of copper-containing catalysts by pulse adsorption at an ambient temperature with co as adsorbate is described in the present paper.
介绍了用CO作吸附质，在室温下脉冲吸附测定铜催化剂中活性铜表面积的方法。
The effect of recharge quantity of refrigerant (adsorbate) under the condition of keeping the adsorbent quantity constant on performance of the cooling tube is studied in the paper.
研究了在吸附剂量不变的情况下，制冷剂(吸附质)充注量对制冷管性能的影响。
This theory describes the adsorption systems with primarily electrostatic interactions as well as systems in which the adsorption temperature is greater than the crit. temperature of the adsorbate.
表明该理论不但可扩展到以静电场为主的吸附体系， 还可适用于吸附温度高于吸附质临界温度的吸附体系。
This theory describes the adsorption systems with primarily electrostatic interactions as well as systems in which the adsorption temperature is greater than the crit. temperature of the adsorbate.
表明该理论不但可扩展到以静电场为主的吸附体系， 还可适用于吸附温度高于吸附质临界温度的吸附体系。
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