超临界状态 meaning in Chinese
above critical state
supercritical state
supercriticality
Examples
- The character of carbon dioxide dimer was studied by quantum chemistry calculation method and the pvt relation of supercritical carbon dioxide was also calculated by bwr state equation
同时也对超临界状态下co _ 2的缔合性质及其pvt关系进行了研究。 - We also use benedict - webb - rubin ( bwr ) state equation to correlate the pvt data of supercritical carbon dioxide at temperature 310 - 600k , pressure 7 . 5 - 30 . 0 mpa , and obtain a satisfied result
本文还用bwr方程关联了co _ 2在超临界状态下的pvt关系，并取得了较好的关联效果。 - A novel dissolution viewpoint was developed to explain the mechanism of hydrate formation in supercritical condition . the hydrate former in supercritical fluid phase does n ' t dissolve into the aqueous phase in the form of single molecule
提出了超临界状态下的水合物生成机理，认为针对水合物生成的溶解、成核和生长三个机理而言，超临界流体的特殊性集中体现在溶解机理上。 - For the high pressure phase equilibrium system composed of co2 , h2o , cacl2 , etc . , co2 is treated as super critical fluid truly , the volume of which is estimated by bwr state equation suitable for super critical fluid
考虑了酸液溶蚀的碳酸盐以及酸岩反应生成的二氧化碳对人工裂缝体积的影响，针对裂缝内由二氧化碳、水、氯化钙等物质组成的高压相平衡体系，将二氧化碳真实地处理为超临界状态，其体积由适用于超临界流体的bwr状态方程求解。 - We research on the carbon dioxide dimers ( c2h and c2v ) by dft too . the results indicate that dissociation energies is kjmol - 1 and intermolecular vibration frequencies are small of both carbon dioxide dimers ( cah and civ ) . therefore we prove that the carbon dioxide dirners are weakly bound molecule indeed
采用量子化学计算手段，我们研究了co _ 2二聚体( dimer ) ，证实了co _ 2二聚体确实是弱结合分子，因而在超临界状态下co _ 2具有很强的动力学特征。