Sentence examples for gas corresponding from inspiring English sources

Also, Fig. 9 shows the weighted average marginal costs of natural gas corresponding to the bus B1 of the four cases.

The typical IR spectrum of anthracene grains with a mean diameter of 49.6 nm produced in 1.1×104 Pa He gas, corresponding to the anthracene grains in Fig. 3(a) is shown in Fig. 5 iii).

Astrophysicist and co-author Jelle Kaastra, also from NISR, adds that it might be difficult to tell how much more of the gas occurs in this form, "because models predict that there is a large variety of properties of the gas corresponding to the missing matter".

As mentioned above the main component of the future 3He magnetometer system, the 3He polarizer unit (UCPU) should be able to deliver periodically i.e., every 10-15 min, ∼16 mbar·l of spin-polarized 3He gas, corresponding to a 3He pressure of about 1 mbar in the two magnetometer vessels that have a total volume of 16 l.

The flow rates of triethylgallium and trimethylindium were 1.69 × 10−5 mol/min and 2.07 × 10−5 mol/min, respectively, while the flow rate of NH3 was 0.625 mol/min with nitrogen as the carrier gas, corresponding to a V/III ratio of approximately 16,600.

In each cycle it must discern the amount of gas corresponding to VT and the amount corresponding to unintentional leaks, assuming that the intentional leak in the circuit is known [ 15].

At higher gas velocities, corresponding to aeration conditions operated in most cultivation, values of volumetric mass transfer coefficient were 20 30% higher with the insertion of impellers.

Column breakthrough curves for oxygen and nitrogen were measured at relatively low pore gas velocities, corresponding to those observed in for instance soil vapor extraction systems or biofilters for air cleaning at biogas plants or composting facilities.

A core-annulus multicompartment two-dimensional two-bubble class model accounting for slurry recirculation and coupled with catalyst transport was developed as a part and parcel of the analysis of the behavior of slurry bubble column reactors at high gas throughputs corresponding to the churn turbulent flow regime.

Gas and liquid eventually order with the liquid phase wetting the container wall and surrounding the gas phase, corresponding to wall-liquid interfacial tension < wall-gas interfacial tension.

In 2009, Ontario emitted 165 Mt of greenhouse gas (GHG), corresponding to 23.9% of Canada's 2009 total GHG emissions [11].