1) adsorption mechanism
吸附机理
1.
The adsorption behavior of petroleum asphaltene——Ⅰ.Adsorption mechanism and research methods;
石油沥青质的吸附行为——Ⅰ吸附机理及研究方法
2.
Study on adsorption mechanism of lead ion by sludge ramification adsorbent;
污泥衍生吸附剂对铅离子的吸附机理研究
3.
Analysis of adsorption mechanism and adsorptive refrigeration;
吸附机理及吸附式制冷分析
2) sorption mechanism
吸附机理
1.
In the present study X-ray photoelectron spectroscopy (XPS) was adopted to elucidate sorption mechanism of o-chlorophenol and p-chlorophenol onto a weak anion exchanger D301.
研究了酸性条件下氯酚在大孔弱碱树脂D301上的吸附机理。
2.
The sorption mechanism of a novel chelate resin bearing thio ether, poly[p vinylbenzyl (2 hydroxyethyl) sulfide] (PSME), for Hg 2+ was investigated.
研究了Hg2 + 在自合成的新型含硫螯合树脂 聚 [对乙烯苄基 (2 羟乙基 )硫醚 ](PSME)上的吸附机理。
3.
The sorption mechanism has been discussed by using chemical met.
2 k J· mol- 1 ,等温吸附遵循 Freundlich曲线 ,用化学及红外光谱等方法讨论了吸附机
3) absorption mechanism
吸附机理
1.
In this paper the discussions are the absorption mechanism of TiN coating in theory,the function of dangling bonds in the application of vacuum coating,and conditions of chemical absorption.
探讨了TiN膜的吸附机理、吸附条件以及空余键力在真空镀膜中的应用。
2.
The absorption mechanism of HA is different for different materials,so the synthesis methods are required to be modified.
HA针对不同种类的目标物质其吸附机理不尽相同,因此对其制备方法也有不同要求。
4) biosorption mechanism
吸附机理
1.
Sorption of Cu~(2+) by Sphaeotilus natans and its biosorption mechanism;
浮游球衣菌对Cu~(2+)的吸附及生物吸附机理初探
2.
Study on biosorption mechanism and physiochemical conditions of Hg ~(2+) by Sphaerotilus natans;
采用球衣菌(Sphaerotilusnatans)FQ32为生物吸附剂,研究了初始离子浓度、吸附剂用量、菌龄、pH值、温度和吸附时间等理化因素对其吸附重金属Hg2+的影响,并进一步研究了吸附机理。
5) adsorptive mechanism
吸附机理
1.
Study on carrying behavior and adsorptive mechanism of corn starch micro-sphere;
玉米淀粉微球的载药性能和吸附机理研究
2.
The adsorptive mechanism of the bio sorbent, the main methods of the bio sorbent's pre treatment and the main factor influencing the bio adsorption were introduced in this paper.
介绍了生物吸附剂的吸附机理 ,生物吸附剂预处理的主要方法 ,影响生物吸附剂吸附量的主要因素 。
6) adsorption and mechanism
吸附与机理
补充资料:吸附-脱附机理
分子式:
CAS号:
性质:同位素交换反应在吸附剂表面上进行,反应物的分子被活化吸附而分解;脱附后,结合成同位素交换后分子的过程。例如,高温时交换反应H2+D22HD的动力学特性是,H2和D2分子在镍催化剂表面上活化吸附分解成氕原子和氘原子是决定性步骤,这类同位素交换反应按吸附-脱附机理进行。
CAS号:
性质:同位素交换反应在吸附剂表面上进行,反应物的分子被活化吸附而分解;脱附后,结合成同位素交换后分子的过程。例如,高温时交换反应H2+D22HD的动力学特性是,H2和D2分子在镍催化剂表面上活化吸附分解成氕原子和氘原子是决定性步骤,这类同位素交换反应按吸附-脱附机理进行。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条