Sentence examples for mass feed ratio from inspiring English sources

In view of the improved properties of elastomeric copolymers with a random distribution of sequences (randomness coefficient (R) → 1), several synthesis of statistical poly l-lactide/ε-caprolactone) (poly l-lactide/ε-caprolactoneass feed ratio were conducted evaluating the poly l-lactide/ε-caprolactonemPLC Lures, times of reacopolymerscomonomer/catalyst (M/C) molar ratios).

Physical parameters, such as feed consumption, egg mass, feed conversion ratio, feed cost, egg production, egg weight and survivability, were found to be similar among the treatment groups.

The model investigates the influence of the coil outlet temperature, steam ratio (H2O/LPG), total mass feed rate and composition of feed such as C3H8, C2H6, iC4, and nC4 on the thermal cracking product yields.

The experimental runs were performed applying a wide range of catalyst mass to molar feed ratios.

The effect of monomer feed ratio on copolymerization kinetics and on control over molar mass distribution was examined.

Mass and heat transport in a non-isothermal membrane reactor for an exothermic reaction as a function of working temperature, pressure, sweep flow rate, molar feed ratio and feed flow rate of the reagents was investigated by computer simulation.

This work allowed us to highlight the best operating conditions: a pressure of 12.6 MPa and a CO2-over-feed mass ratio of 114.5 leading to a sclareol mass fraction in raffinate and extract of 75.3% and 4.6% respectively, to a sclareol yield of 82.4% in the raffinate, and to an amount of 0.08% of the undesirable compound in the raffinate.

However, the electrical conductivity of PPy silver nanocomposites (4.9 S m−1 for silver:PPy = 1 10) was slightly decreased with the increase of the feeding mass ratio of pyrrole to silver [24, 27].

After preliminary experiments confirming the feasibility of the process, different operating conditions were studied: CO2-over-feed mass ratio from 25 up to 115, and pressure between 11 and 13 MPa, with an internal reflux due to a thermal gradient 323 338 K along the column, through an experimental design.

Table 2 summarizes all observed masses identified with MALDI-ToF measurements in the different feed ratios of polymer/peptide 1 1, 1 3, and 1 6.

Steam-to-biomass feed ratios   4.