Sentence examples for order of gas from inspiring English sources

The order of gas permeance is CO2 > O2 > CH4 > N2.

Given the order of gas accumulation processes, composite tight gas reservoirs are superimposed by different reservoir types following a period of multi-phase hydrocarbon expulsion.

Therefore, a limited sensitivity study is performed, investigating the effects of the presence or absence of oil wetting films, around either gas or water, and the degree of oil wettability, leading to variation of the wetting order of gas and water.

The order of gas permeabilities for the freshly methanol treated film of PIM-Trip-TB is CO2>H2>O2>He>CH4>N2, which is different from that of PIM-EA-TB (H2>CO2>He>O2>CH4>N2) but similar to most other PIMs.

Processing parameters, such as the order of treatment, gas species, gas flow, time, and temperature, are examined to reveal their relative importance and the potential to tailor diffusion profiles for specific applications.

The overall gas holdup of the bubble column system was used to demarcate the flow conditions, in order of increasing gas velocity, into the dispersed bubble regime and the coalesced bubble regime which consisted of the vortical spiral and turbulent flow conditions.

The gas holdup behavior is described in relation to the bubble flow regime, which can be divided, in order of increasing gas velocity, into the dispersed bubble, the clustered/coalesced bubble and the slugging regimes.

The order of total gas yield is: canola stalk > wheat straw > rice straw > barley straw > almond shell > walnut shell.

The order of the gas flow rate with respect to the mean pressure was He > Ar > CO2 > N2.

The order of their gas phase acidities, HBeCl3 > HPF6 > HLiCl2 > HBeF3 > HBF4 > H2SO4 > HLiF2 > HCl clearly suggest superhalogens as building blocks of superacids.

As a result, the order of the gas phase free energy of binding is ΔGBPA-A < ΔGBPA-C < ΔGBPA-D < ΔGPHN < ΔGBNZ.