Villani has also brought closure to a long-standing question concerning entropy and equilibrium in the "ion gases" known as plasmas.
Villani同时彻底解决了一个由来已久的关于等离子体的熵和平衡态的问题。
The cathode -governed VAD plasma is not in a local thermal equilibrium condition, and the ion demonstrates high directed velocity in excess of its thermal value.
由阴极过程主导的VAD等离子体并不满足局部热力学平衡条件，其中的离子表现出非常强的流动性。
Ion exchange equilibrium of neutral amino acids on 732 strong acid cation exchange resin in non buffer systems were studied and an equilibrium model was proposed.
研究了非缓冲体系中性氨基酸在732型强酸性阳离子交换树脂上的离子交换平衡，并提出了平衡模型。
Zeolite has strong capacity of ion exchange for ammonia. In addition, it has the capacity of fixing microbes and adjusting the equilibrium of free amine and ammonia ions.
沸石对氨氮有很强的离子交换能力，此外还有固定微生物和调整自由胺和氨离子的平衡能力。
And discussed ceramic materials modification by surface modification processes such as thermal spraying, Laser, ion implantation and other non-equilibrium treatments.
并讨论了表面改性技术如热喷涂、激光、离子注入等非平衡处理技术对陶瓷材料的改性。
It was found that the rate of ion exchange depends on the migration of individual ions and that the particle diffusion coefficient changes with the fractional attainment of equilibrium.
个别离子的迁移率对交换速率有影响，粒子扩散系数随平衡分数而改变。
Ion-exchange fibers as a new kind of drug carrier could be used for drug delivery system by the ion exchange equilibrium between drug ions and surrounding counter ions.
离子交换纤维具有“储库”性质和解离平衡特点，可以作为新型的药物载体。
The effect mechanics was analyzed combining with correlated theory: chemical reaction equilibrium, common-ion effect, et al.
结合化学反应平衡、同离子效应等相关理论，对磷酸和磷酸钠的作用机理进行了分析。
Several ion extraction methods were numerically simulated by using two dimensional electron non-equilibrium model. The influence of the model to potential was analyzed.
采用二维电子非平衡模型对几种静电场离子引出方法进行模拟，分析了电子非平衡模型对离子引出过程中电位的影响。
The time-dependent ion transport equations were numerically solved along fixed magnetic flux tubes. The lower boundary (100km) condition is set to chemical equilibrium.
模型的地理轴和地磁轴是分开的，离子的输运方程沿固定的磁流管求解。
The time-dependent ion transport equations were numerically solved along fixed magnetic flux tubes. The lower boundary (100km) condition is set to chemical equilibrium.
模型的地理轴和地磁轴是分开的，离子的输运方程沿固定的磁流管求解。
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