Sentence examples for bench scale experiment from inspiring English sources

Heterogeneities of intermediate scale (~ 10− 1 m) are impossible to incorporate in a bench scale experiment.

The results of these analyses are compared to those of a bench scale experiment using Nafion-901 as the membrane.

Multiphase flow simulations of the bench scale experiment best reproduced the experimental observations, producing excellent matches in both time and space, when the measured, correlated local scale krN SW relationships were employed.

The production of dicalcium phosphate (DCP) from solid phosphate, hydrochloric acid and calcium carbonate was simulated in bench scale experiments.

Bench scale experiments were performed under stationary and oscillating conditions over the range λ = 0.95 1.05 in reducing/oxidizing gas ratios.

Knowledge of the flow field and shear stresses at the membrane surface is vital for the accurate interpretation of bench scale experiments.

Elemental balances from bench scale experiments using the best OTM in the absence of the CO2 sorbent allow identifying the sequence of the chemical reaction mechanism.

Traditional methods have focused on bench scale experiments using classes of solvents (e.g. polarity) with the different classes giving rise to different crystal morphologies.

Bench scale experiments were designed to test correlations between TDS in produced water and EC, between methane and ORP, and between methane and DO at the laboratory scale (Fig. 1).

Bench scale experiments were conducted using a 5-L bubble column filled with 10% v/v hydroalcoholic solution, and the pilot scale experiments were performed using a 95-L column filled with industrial fermented wine without yeast.

The chapter presents an outline of the general trends to be expected from coal liquefaction experiments and examines how the interplay between reaction chemistry and reactor design can affect observations made during bench scale experiments.