Concept, theory and characteristics of supercritical liquid, reaction kinetics and reaction selectivity under supercritical liquid.
介绍了超临界流体的概念、原理和特点，及在超临界下反应动力学和 反应选择性。
The supercritical liquid and the ionic liquid have excellent effect to enhance the reactive speed, selectivity and catalysis efficiency.
认为超临界流体和离子液体对于提高反应速度和反应选择性，提高催化剂催化效率等方面具有良好效果。
This paper presents characteristic, principle and application in natural products of supercritical liquid extraction technique, also expects its pr…
文章介绍了超临界萃取的原理、特点及在天然产物开发与研究中的应用，并对其前景做了展望。
This paper presents characteristic, principle and application in natural products of supercritical liquid extraction technique, also expects its prospect.
文章介绍了超临界萃取的原理、特点及在天然产物开发与研究中的应用，并对其前景做了展望。
In view of the above mentioned facts, this paper proposes a set of very useful thermophysical property data of liquid and supercritical fluid for xenon, giving a reference to research workers.
鉴于以上所述情况，本文提出一套很有用的氙的液相和超临界流体相的热物理性质数据，供研究工作者参考。
Pure component parameters were obtained by fitting vapor pressure, saturation liquid density and supercritical PVT data.
纯物质的参数由拟合纯物质的蒸汽压，饱和液相密度或超临界的PVT数据获得。
An expanded liquid model (ELM) for solid solute solubility in supercritical fluids was proposed based on the assumption that the supercritical fluid was considered as an expanded liquid.
将超临界流体视为膨胀液体，根据溶液理论，建立了计算溶质在超临界流体中溶解度的膨胀液体模型。
When you raise the temperature and pressure of a fluid beyond a certain point, called the critical point, the fluid exhibits properties of both a liquid and a gas, and is called a supercritical fluid.
当你升高某流体的温度和压力，超过称作临界点的某一定值以后，流体呈现出液体和气体的双重性质，因此叫越临界流体。
The supercritical water and oxygen or air can completely be dissolved with each other, and can oxidize organic waste rapidly, becoming harmless liquid or gaseous inorganic small-molecular compound.
超临界水能与氧或空气完全互溶，能快速氧化有机废物成为无害的液体或气体等无机小分子化合物。
And the application of supercritical carbon dioxide as SFE liquid and chemical reaction medium in daily chemical industry is introduced.
介绍了超临界流体的特性、萃取原理及超临界二氧化碳作为SFE 溶剂、作为化学反应介质在日用化工中的应用。
And the application of supercritical carbon dioxide as SFE liquid and chemical reaction medium in daily chemical industry is introduced.
介绍了超临界流体的特性、萃取原理及超临界二氧化碳作为SFE 溶剂、作为化学反应介质在日用化工中的应用。
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