Sentence examples for cross section gas from inspiring English sources

Open image in new window Fig. 7 Cross section gas and solid holdup for glass beads at different superficial gas velocities.

Cross section gas holdup distributions at 3/4 dimensionless static liquid height in a gas liquid stirred standard Rushton tank were measured using 137Cs γ-CT scan measuring technology at larger gas flow rates and higher impeller rotating speeds.

Results show that the channel cross section, inlet gas temperature, and reformer pressure have the largest effect on the reactor performance.

Open image in new window Fig. 1 a Schematic map of the modern Changjiang (Yangtze River) delta showing the locations of cores ZK01 and ZK02, boreholes, cross section, and gas-bearing area, as well as the basal topography of the Changjiang incised valley during the Last Glacial Maximum (modified from Wang 1982; Zheng 1998; Li et al. 2002; Zhang et al. 2015).

The results of optical microscopy, ATR-FTIR and Raman spectroscopy on cross sections, pyrolysis-gas chromatography/mass spectrometry on powdered samples from the surfaces and/or the bulk of the marble allowed the identification of the various substances involved in the chromatic alteration.

Lin and Campillo [ 141] and Sedlacek [ 143] measured the PTI phase shift of known concentrations of ethylene or NO2, utilizing the known absorption cross section of these gases to determine absorption.

Fig. 8 Room Temperature valve cross section 1. Stainless gas inlet tube (1/16").

A doubling of the gas cross section gives a more than 4 times higher heat flux if convection occurs.

Eight different scenarios, including the circle, square, horizontal ellipse (HE) and vertical ellipse (VE) with aspect ratios (Ar) of 1.2, 1.4, and 1.6 have been considered for the cross section of the hot gas passage.

We choose (sigma_{text{s}} = 4 times 10^{ - 19} {text{m}}^{2}) as the ion-neutral collision cross section and alter the gas pressure P g = k B T g n g and for the both values of collision power parameter β = 0 and −1 to examine their effect on time evolution of the sheath dynamic structure.

By enhancing the detection efficiency of the no-collision case in the decision scheme of the collisional events, we can decrease the frequency of access to time-consuming subroutines to calculate the electron collision cross sections of the gas molecules for obtaining the collision probability.