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1)  Gibbs absorption equation
Gibbs吸附方程
2)  Gibbs adsorption
Gibbs吸附
1.
The studying results show:The adsorbed amount of mixed gases is between pure methane and dioxide carbon under high pressure and the Gibbs adsorption isotherms is different to that of absolute adsortion;There is different adsorption cha.
结果表明 :高压下煤对混合气体的吸附介于纯 CH4和 CO2 之间 ,Gibbs吸附等温线和绝对吸附等温线表现出较大的差异 ;煤对混合气体中 CH4和 CO2 的吸附呈现出不同的吸附特点 ;煤对 CO2 优先吸附 ,并且随着压力的升高 ,煤对 CO2 选择性吸附能力增加 。
3)  adsorption equilibrium equation
吸附方程
1.
By the combination of equation of Clausuis Claperon:〔ln p  T 〕 q= Q aR T and experimental data,the adsorption equilibrium equation of adsorption amount( q ),adsorption pressure( p )and temperature(T), q =Γ( p,T ),has been reached.
由ClausuisClaperon 方程(ln pT)q = QaRT根据实验数据得出吸附剂分离气体的性能随环境温度变化的规律即反映吸附量、吸附压力与温度三者之间关系的吸附方程:q = Г( p ,T) ,并将计算结果与实测结果进行比较,相对误差在5 % 以内。
4)  Gibbs-Helmholtz equation
Gibbs-Helmholtz方程
1.
Chemical reactions participated by ions and the applications of Gibbs-Helmholtz equation;
离子参与的化学反应与Gibbs-Helmholtz方程的应用
2.
In inorganic chemistry teaching material,approximate form of Gibbs-Helmholtz equation is often mentioned.
无机化学教材中,多处提到Gibbs-Helmholtz方程的近似形式,文章就如何掌握好问题的广度和深度,讲清近似估算和精确计算的差距以及合理近似的条件问题进行分析。
5)  Gibbs-Duhem equation
Gibbs-Duhem方程
1.
A hybrid model (GD-FFN) that combines Gibbs-Duhem equation (GD) and artificial neural networks (FFN) for vapor liquid equilibrium (VLE) calculation was presented.
提出了以Gibbs-Duhem方程为基架,引入前传网,由此将机理方程与神经网络这两种不同类的方法相集成,用以求解化工热力学的汽液相平衡问题,以克服经典的机理方法或单一神经元方法的欠缺与不足。
2.
In the light of estimation model for ternary excess properties, an approximate analytical procedure for ternary Gibbs-Duhem equation was proposed, and verification by previous ternary systems as Cd-Bi-Pb and Zn-In-Cd was also made.
本文借助三元过剩性质的估算模型,得到一种三元Gibbs-Duhem方程的近似解析法,并在Cd-Bi-Pb和Zn-In-Cd两个三元系中做了验证。
3.
A formula of partial molar percentage is obtained based on Gibbs-Duhem equation.
利用Gibbs-Duhem方程证明了偏摩尔自由能的一个计算公式。
6)  Gibbs equations
Gibbs方程
1.
On the thermodynamics nature of the Gibbs equations and the physical meaning of the thermodynamic functions;
论Gibbs方程的热力学本性及热力学函数的物理意义
2.
Jia Shi-zhong and McGlashan M L put forward that Gibbs equations only to be suitable to close system,this article puts forward that they are also applicable to open system.
McGlashan的文章提出的Gibbs方程只对封闭系统成立的观点,论证了热力学基本方程对开放系统也成立。
补充资料:BET吸附方程
分子式:
CAS号:

性质:BET adsorption equation  由布伦诺尔-埃米特-特勒(Brunauer,Emmett和Teller)等三人在1938年提出的多分子层物理吸附理论导出的等温方程。其形式为:,式中,p是吸附平衡压力,p0为气体的饱和蒸气压,V为吸附体积,Vm为单分子层饱和吸附时所需气体的体积,C为与吸附热和气体液化热有关的常数。BET方程最重要的用途是通过吸附法确定吸附剂的比表面积。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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