Sentence examples for per compartment from inspiring English sources

Notations are the same as those used in the compartmental description, except for the "per compartment" parameters (cdc, gec, gic, gldc) that are now replaced with corresponding "per unit length" parameters, denoted without the subscript 'c': cd, ge, gi, gld (and the corresponding resistances re, ri, rld).

We installed 12 herpetofauna trap arrays per compartment; 6 on north and east slopes and 6 on south and west slopes.

The final testing assembly incorporates two perspex pieces positioned onto the plates as reservoirs with a working volume of 144 μL per compartment.

For fractured reservoirs, the optimum well production performance is reached when the number of openhole packers is maximum, which means there is only one ICD joint per compartment.

The breakdown of the OGIP per compartment, flow coefficients for wells and transmissibility coefficients between reservoir compartments can be also determined.

Experimental data are reported on flow regimes, gas hold-up and axial gas mixing of a gas-liquid Multi-stage Agitated Contactor (MAC), consisting of nine compartments [height, H, over diameter, D = 1; D = 0.09 m) separated by horizontal baffles with an opening of 0.04 m and with one centrally positioned impeller per compartment (12-bladed turbine disk; impeller diameter, dI = 0.03 m).

Briefly, cells were starved for 12 h, suspended, and seeded in the up-per compartment on Matrigel Matrix (5 μg/mL; BD Pharmingen, San Diego, CA, USA -coated 24-well Transwell USA -coatedar).

The model analyzed the contributions of bubble-induced turbulence closures, bubble coalescence and breakup phenomena, and catalyst axial distribution as the resultant of sedimentation, advection via liquid solid slip, per-compartment axial dispersion and core-annulus lateral exchange of catalyst by bubble-induced turbulence.

The model was also used to analyze the effects of catalyst loading, gas density and superficial velocity, and column diameter and vessel aspect ratio on the hydrodynamics of slurry bubble column reactors, namely, the per-compartment phase holdups and interstitial velocities, pressure gradient, bubble coalescence and break-up rates, and loci of velocity inversion for the gas and slurry profiles.

To explore the role of compartmentalization on this association, we examined the relationships between centrality and ω on a per-compartment basis (Table 2), finding that four compartments had statistically significant association between degree and ω and three had significant associations of betweenness and ω.

For each sample, staining intensities and patterns per cell compartment (that is, membrane, cytoplasm, nucleus) were assessed separately.