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The study uses newly designed dynamic gas exchange chambers in which the internal atmosphere was controlled.
Dynamic gas disengagement technique is utilized to measure bubble rise velocity and sauter mean bubble diameter.
Dynamic gas kill flow rates were shown to scale in a similar manner as the static bubble rise data.
Figure 6 shows the dynamic gas sensor responses (currents vs. time) of the ZnO-ZGO sensor to acetone gas.
The dynamic gas permeation test was performed on a classical separation pilot using N2, He, and CO2.
A convective model developed previously is compared to dynamic gas disengagement (DGD) data.
Similar(20)
Significant progress in modeling and simulation techniques has opened the door to accurate descriptions of highly dynamic gas-solid flows.
Using the Lagrangian approach to individual bubbles in a Eulerian liquid framework, a model has been developed for predicting the dynamic gas-liquid dispersion behaviour in a 2-D bubble column.
The volumetric oxygen transfer coefficient was estimated by the dynamic gassing-out technique.
kLa values were calculated from the mass transfer limited growth rate of a strict aerobe, Bacillus subtilis, and were also directly measured using the dynamic gassing out technique.
The methods used to estimate the kLa coefficient were: (i) dynamic gassing-out, (ii) sulphite method, and (iii) in-process estimation through biological conversion obtained in the reactor.
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