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1)  adsorption capacity
吸附量
1.
The adsorption capacity data were well correlated by both Langmuir and Freundlich isotherm models.
阴离子粘土对瓜儿胶的吸附符合Langmuir和Freundlich等温吸附方程,吸附是吸热反应,吸附量随温度升高而略有增加,但吸附表观活化能只有18。
2.
The adsorption capacity of molecular sieves is related to many factors.
分子筛的吸附量与很多因素有关,文中就空塔气速、热边界条件、真空再生时间3个因素对分子筛吸附量的影响进行了实验研究,结果表明:实验范围内的空塔气速对吸附总量基本上没有影响,但是空塔气速对单位时间吸附量影响比较大;与自然对流情况相比,吸附床外部的绝热措施可以使吸附量提高95%左右;真空再生时间对吸附量影响比较大,并以5 h为宜。
3.
The chelating fibers with diethanolamine group or diethylamine group present great adsorption capacity, high adsorption rate as well as good selectivity for Au3+ ion.
结果表明,含二乙胺基和二乙醇胺基的螯合纤维对金离子的吸附量较大,而且吸附快、对金的选择性好,还能将所吸附的金离子还原成单质金。
2)  adsorption amount
吸附量
1.
The surface modification of pyrite is directly affected by the microorganism adsorption amount on coal-pyrite surface,which will determine the efficiency of floatation desulfurization.
微生物在黄铁矿表面吸附量的大小,直接影响微生物对黄铁矿的表面改性,决定浮选脱硫效果的优劣。
2.
The mechanisms of ethylenediamine and 8-hydroxyquinoline activating smithsonite are researched by measuring adsorption amount,concentration of Zn2+ ion and infrared spectrum.
通过吸附量的测定、Zn2+离子浓度测定和红外光谱测定分别对乙二胺和8-羟基喹啉活化菱锌矿的机理进行了研究。
3.
The different based ACFs have different micropore Structures and adsorption amounts for xenon.
聚乙烯醇缩甲醛ACF有较好的吸附量,活化温度的升高以及活化时间的延长均不利于氙气的吸附,而降低吸附体系的温度,可以明显地提高活性碳纤维对氙气的吸附量
3)  adsorption [英][æd'sɔ:pʃən]  [美][æd'sɔrpʃən]
吸附量
1.
Adsorption of Polyethylene Glycol on Silicon Carbide Measured by Thermal Gravimetric and Differential Thermal Analysis;
用热分析技术测定碳化硅粉体对聚乙二醇的吸附量
2.
The effects of critical associating concentrations (CAC) of hydrophobically associating polymer (HAP),interaction of surfactants with HAP and HAP adsorption on oil-displacement capacity in hydrophobically associating polymer flooding were studied according to the specialty of tertiary oil recovery.
HAP的结构特征使其在岩石矿物表面的吸附量约为部分水解聚丙烯酰胺的1。
3.
Two kinds of gels ar e introduced into measurements of static and dynamic adsorptions.
为了研究聚合物调剖剂在新木油田油层岩石中吸附成胶规律 ,在室内测定了 2种聚合物凝胶类调剖剂的静态和动态吸附量 ,分析了调剖剂质量浓度、pH值和配制水的矿化度等因素对吸附量的影响 。
4)  adsorption quantity
吸附量
1.
A method to analyse the adsorption quantity of Cl_2 and the content of Ca(ClO)_2 in bleaching powder concentrate;
漂粉精中Cl_2吸附量及Ca(ClO)_2含量的测定方法
2.
The result indicates that the important influencing factors are as follows: adsorption quantity increases with the adsorption time under certain conditions,and the favorable time is 40~50?min;the adsorption isothermal is of S-type when the initial concentration of solution changes,which shows a second-order adsorption;adsorption quantity increases w.
实验结果及分析表明,影响高岭石对Cu2+吸附的因素有:①在一定条件下,增加吸附作用时间,吸附量随之缓慢递增,最佳吸附时间是40~50 min;②改变溶液中初始浓度,其吸附交换等温线呈S形,属于二级吸附;③溶液的pH值在2~5之间增加时,吸附量也随之直线增加。
3.
Generalizing to introduce the important research results of Analysis method of the adsorption quantity of electro active substances and Analyzing its'Advantages and weaknesses,finally pointing out the research thinking of the new Analysis method of obtaining quantitatively the surface excess of electron active substances.
概括介绍了电活性物质吸附量解析方法的重要研究成果,并对其优缺点进行了分析,最后指出定量获取电活性物质表面超额新的解析方法的研究思
5)  absorption [英][əb'sɔ:pʃn]  [美][əb'sɔrpʃən]
吸附量
1.
There are relationships between absorption and proximate analyses,maceral analyses and ultimate analyses.
煤的吸附量与煤层的工业分析、显微煤岩分析、元素分析之间有一定的关系。
2.
Then using X-ray diffraction, laser granularity analyzing and absorption mensuration approve what has synthesized was small granularity A zeolite with excellent properties, also seeking optimal conditions to synthesize small granularity A zeolite.
本研究通过加入不同碱金属盐及改变不同的合成条件合成超微A型沸石,经X射线衍射、激光粒度分析仪和吸附量的测定证实,合成出了性能优异的超微A型沸石。
6)  adsorption capacity
吸附容量
1.
Investigation of treatment of ammonia-nitrogen wastewater with modified Chengde zeolite and its adsorption capacity;
承德沸石改性处理氨氮废水及其吸附容量的研究
2.
Study on Cr(Ⅵ) adsorption capacity of specific sludge;
特定污泥对铬(Ⅵ)的吸附容量研究
3.
Study on adsorption capacity of Anji montmorillonite for antibacterial metal ions;
安吉蒙脱石对抗菌金属离子的吸附容量研究
补充资料:吸附量
分子式:
CAS号:

性质:在固气和固液界面上进行吸附时,在一定温度和压力(或浓度)下,一定量吸附剂吸附的吸附质的量称为吸附量。实际应用中大多规定以1g(或1m2)吸附剂上之吸附量表示,也称比吸附量。常用单位有:g/g,g/m2,mol/g,mol/m2,ml/g,ml/m2等。在气液界面上的吸附量单位多用mol/cm2。对于指定的吸附剂和吸附质,吸附量的大小由吸附温度和吸附平衡时气体压强(或溶质浓度)决定。吸附量是吸附研究中最重要的物理量,对于了解和比较吸附剂与吸附质的作用、吸附剂的优劣、吸附条件等有重要意义。

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