Phaseequilibrium相关论文
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55SiCr is one of the important spring steels widely used in automobile manufacturing.The presence of micro inclusions in......
在超临界CO2体系中，将苯甲醇选择性氧化制苯甲醛，可以充分利用超临界CO2的特点， 提高反应的选择性。CO2和苯甲醛的相平衡数据是该反应......
1 Introduction A salt lake is a naturally occurring complex body of water and salt interaction.More than 700 salt lakes ......
1 Introduction China has very abundant liquid mineral resources.Especially,the brine resources in the west of Sichuan Ba......
Phase equilibria in the quaternary system(Li2B4O7+Na2B4O7+Mg2B6O11+H2O)at 303.15K were studied experimentally by using t......
Solid-liquid Phase Equilibria in the Ternary Systems(KCl+KB5O8+H2O)and(K2SO4+KB5O8+H2O)at 298.15 K a
The isothermal dissolution equilibrium method and the Schreinemakers method were used to study the two ternary systems(K......
The Sichuan Basin,with an area of about 20× 104 km2,is situated at 102.5°～110° E and 27.67°～32.67° N.The underground ......
Phase Equilibrium and Phase Diagram of the Ternary System(CsCl+Cs2SO4+H2O)at(288.15 and 308.15)K and
Rare alkaline metal cesium(Cs)along with its compounds has drawn increasing attention in recent years owing to its w......
There are more than 700 salt lakes in Qinghai Tibet Plateau in China,each with an area larger than 1 km2.In addition......
It is famous that the salt lakes are rich in magnesium boron in the Qinghai-Tibet plateau[1,2]....
Salt lake brine,abundant with minerals as sodium,potassium,lithium,magnesium and borate,is one kind of important nat......
China has numerous types of salt lakes,and the large numbers are high concentrations of sodium,potassium,lithium,mag......
Salt lakes in China are mainly distributed in Qinghai,Tibet,Inner Mongolia and Xinjiang provinces,and salt lakes in ......
It is a great advantage to apply supercritical fluid to coordination polymerization system,1,2 and accurate calculation ......
There are many salt lakes located in the Qinghai-Tibet Plateau abundant with lithium resources....
Solid-liquid phase equilibrium in the aqueous ternary system(LiCl+CaCl2+H2O)at 288.15 K and 0.1 MPaE
In Nanyishan region located in the Qaidam Basin,an abundant of oilfield brine in depth of 3000 m below surface with ......
TraPPE force field combined with grand-canonical transition-matrix Monte Carlo simulation were used to investigate the v......
研究了超声波条件下的苯酚水溶液+活性炭体系的相平衡以及超声波强度和第三组分的加入对这种相平衡关系的影响.研究结果表明:与无......
设计、安装了一套毛细管法气体水合物相平衡测定装置，该装置具有简便、快速的特点，用文献中的二氧化碳水合物数据作标准数据证明了装......
从热力学角度研究了小分子溶剂与高分子混合体系的溶液－－液晶相平衡性质。研究发现，高分子链越长，形成液晶的极阴浓度越小；当高边节小于......
对气体水合物的微观结构进行了详细的分析，阐述了气体水合物的实验测定方法以及它在工业上的应用。......
研究了高分了了溶质链长对小分子溶剂与液晶高分子溶质体系相平衡的影响。高分子溶质链节数由小变大时，混和体系的Ｘ１２－φ２相图由单纯的液......
对石油馏分的相平衡计算，传统的方法是采用虚拟组分，利用状态方程进行求解。针对石油馏分组成复杂，沸点互相重叠交叉严重的特点，提出了......
