Sentence examples for gas partitioning from inspiring English sources

Here we present experimental data that defines noble gas partitioning for two phase CO2 water systems.

At low CO2 density there was no difference between measured noble gas partitioning and that predicted in pure noble gas water systems.

The new partitioning data are compared to predictions of noble gas partitioning determined in low-pressure, pure noble gas water systems for all noble gases except neon and radon.

The ideal gas partition function is applicable to guest molecules.

The task of the paper is to investigate gas partition and temperature distribution in a Cz configuration, and to optimize the furnace design for the reduction of the three-dimensional effects.

Methoxyflurane has a very high lipid solubility (oil:gas partition coefficient of around 950), which gives it very slow pharmacokinetics (induction and emergence characteristics); this being undesirable for routine application in the clinical setting.

Due to its low blood gas partition coefficient (0.69) and neutral odor, sevoflurane (S) is suitable for inhalational anesthesia in pediatric patients [ 1].

As is known, sevoflurane is one of the best inhalation anesthetic that does not have any irritation in the respiratory tract, and it has small distribution coefficient, short induction and recovery times due its low blood gas partition coefficient, short equilibrium time, and quick induction making it a good choice for day surgery [ 9].

With this assumption, the extraction models contain only three parameters a liquid-gas partition coefficient, an external mass-transfer coefficient, and an intraparticle or effective diffusivity.

The difference of the blood-gas partition coefficient of the inhalational anaesthetics investigated by Coburn is considerably smaller as compared to the present study.

Sevoflurane began to be used a decade later and has a lower blood-gas partition coefficient than the other anesthetics leading to rapid induction of anesthesia and fast awakening after anesthesia [ 2, 3].