吸附热

ANG中吸附热效应的研究进展

Progress on adsorption heat effect of adsorbed natural gas

MoS2/Mg（Al）O催化剂上噻吩HDS反应的活化能随着MoO3含量的变化情况与吸附热的变化情况相似。

The variation regularity for activation energy of thiophene HDS is the same as that of adsorption heat on MoS 2 / Mg ( Al ) O.

微量热法研究燃料电池PtRu/C催化剂的CO微分吸附热

Microcalorimetric Study of Differential Heats of CO Adsorption on PtRu / C Fuel Cell Catalysts

碳纳米管负载的铂催化剂对柠檬醛选择加氢及CO微分吸附热研究

Pt Catalyst Supported on Carbon Nanotubes for Selective Hydrogenation of Citral and Differential Heats of CO Adsorption

CO和CO2在活性炭A上的等量吸附热均随吸附量的增加而降低。

The isosteric heat of adsorption for both of CO and CO_2 decreased with surface loading increasing .

计算结果还表明水的吸附热与H2O/Al之间存在线性关系。

In addition , there is a linear relationship between the adsorption isosteric heat of water and the H_2O / Al ratios .

NA水和NB乙醇工质对有着较低的吸附热；

The absorption working pairs NA water and NB - ethanol have lower absorption heat ;

从H2S在沸石分子筛的桥羟基和硅羟基与H2S相互作用的吸附热可以推断，H2S优先吸附在桥羟基上。

H2S adsorbed on bridging hydroxyl group prior to silanol OH group from the adsorption heat .

微量热法研究γ-Mo2N催化剂表面氢的微分吸附热

Studies on Differential Heats of H_2 Adsorption over γ - No_2N Catalysts by Microcalorimetry

同时，由于对吸附热的有效回收，系统的COP有一定的提高。

Meanwhile , in this combined system , the recovery of partial adsorption and visible heat of adsorption subsystem may lead to the improvement of COP .

模型考虑了筛床的传热传质、压力变化和吸附热引起的吸附等温梯度的变化等因素对吸附性能的影响.动力方程采用线性推动力方程，采用混合Langmuir吸附等温理论计算吸附量。

In the model , linear driving force for adsorption rate and mixed Langmuir isothermal theory for calculating equilibrium amount adsorbed are adopted .

计算结果显示，Cu的加入导致H2在NiCu（111）的脱附能垒低于H2在Ni（111）上的脱附能垒，CO的吸附热变化不大。

Simulation results indicate that the desorption barrier of H_2 decrease on NiCu ( 111 ) compared with Ni ( 111 ), while CO adsorption energy changed very little .

NH4Y沸石分子筛上质子的运动（Ⅰ）&用CNDO/2法计算氨在HY沸石上的吸附热及质子在NH4Y内的迁移

Proton mobility in nh_4y zeolite-i & the heat of adsorption of nh_3 on HY zeolite and proton mobility in nh_4y obtained by the cndo / 2 method

固体吸附热脱附气相色谱质谱法测定半导体行业废气中的VOCS假如空气是好的导热体，我们就会被烧死。

Determination of Volatile Organic Compounds in Semiconductor Industry Exhaust Gas Using Active Sampling Onto Sorbent Tubes by GC-MS Were air a good conductor of heat , we should be burned .

采用Clausius-Clapeyron方程计算了水在4A分子筛上的吸附热，并据此探讨了吸附机理；

The equation of Clausius-Clapeyron was used for calculating the adsorption heat of water on 4A molecular sieves . According to the adsorption heat , the mechanism of adsorption was discussed .

结果表明，氢在MWCNTs上等量吸附热随温度变化且表现出在弱的能量不均匀表面吸附的特点，平均值约为3&4kJ/mol；

The results show that the isosteric heat is in characteristic of the weak temperature dependence and the adsorption on an energy heterogeneous surface , the mean isosteric heat is about 3-4 kJ / mol.

计算得到水的吸附热为-55.73kJ/mol，从而得出淀粉质吸附剂ZSG-1对水的吸附属于物理吸附。

The adsorption heat of water is - 55.73kJ / mol , which indicates that the adsorption of ZSG-1 to water is physical adsorption .

Ca-Ti-PILC和Na-Ti-PILC对甲基橙的吸附热分别为-26.15kJ/mol和-29.65kJ/mol，为放热的物理吸附。

The heat of adsorption of methyl orange on Ca-Ti-PILC and Na-Ti-PILC were -26.15 kJ / mol and -29.65 kJ / mol. The adsorption was presented by heat evolution physisorption .

通过测量吸附热，金属氧化物的表面酸碱性强度可与Sanderson电负性关联起来，也可以考虑使用Drago参数来描述固体表面的酸碱性。

In addition , the strengths of surface acidity and basicity as defined by the adsorption heat of NH 3 and CO 2 can be correlated with Sanderson electronegativity of the metal oxides , and the interactions of basic probe molecules with acidic surface may be described by Drago parameters .

吸附热脱附&气相色谱/质谱联用分析卷烟主流烟气气相成分

Analysing Gas Phase Element of Cigarette Mainstream Smoke by Adsorption / Thermal Desorption

吸附热预测吸附等温线

Prediction of adsorption isotherms with isosteric heat of adsorption

5A型分子筛吸附热的反相气相色谱研究

The Study about Adsorption Heat on 5A Molecular Sieve with Reverse Gas Chromatogram

硫化Mo/CNT催化剂上甲醇与醋酸甲酯可逆吸附热的测定

Reversible Chemisorption Heat of Methanol and Methyl Acetate on Sulfurized Mo / CNT Catalyst

液固表面的润湿热和吸附热

Research on wetting heat and adsorption heat between the surface of solid and liquid

结合实验，给出了不可逆吸附热的测定方法。

The method of measuring heat of irreversible adsorption was given in the experimental procedure .

氢氧化钠介质中三聚磷酸钠对铝的缓蚀作用及吸附热

Studies on corrosion inhibition and STPP of resorcinol aluminum on pure aluminium in sodium hydroxide

吸附热小于零，吸附是放热反应。

The adsorption heat is less than zero , indicating that the adsorption is exothermic .

通过分析，建立了吸附热与吸附量之间的函数关系式。

A new correlation between the heat of adsorption and the adsorption capacity is found .

吸附热脱附-气质联用技术分析烟丝中挥发及半挥发性成分

Analysis of Volatile and Semi-volatile Components in Cut Tobacco by Thermal Desorption-Gas Chromatography-Mass Spectrum Technology

两种氯化镁水合物对水的吸附热分别为-1306kJ/mol和-1611kJ/mol。

Its adsorption heat for water is -13.06kJ/mol and - 16.11kJ / mol , respectively .