Sentence examples for reactor feeding from inspiring English sources
Its implementation yields a stepwise reduction of parameter uncertainties together with an adaptive redesign of reactor feeding strategies whenever new measurement information is available.
It is demonstrated that the micromixing intensity and the manner of reactor feeding (batch or continuous, premixed or unpremixed feed system) are major factors affecting the precipitation process and the resulting size distribution of precipitated particles.
Even research on nuclear fusion has begun to gain momentum: an international consortium has agreed that southern France will host a $5 billion experimental fusion reactor, feeding hopes that the same process that keeps stars aflame will eventually light our cities at night (see "Fusion Research: What about the U.S.?").
By numerical simulation, we verified that the system comprised by the CMR and the PEM, with an appropriate constant reactor feeding flow, is always self-sustaining so that the hydrogen demand by the FC can be satisfied at all power regimes.
In order to recover the reactor, feeding was stopped on day 396 and half of the mesophilic sludge in the digester was replaced with excess mesophilic sludge that was collected from the same digester before and stored at room temperature.
This configuration was studied in order to avoid the feed back control of the reactor feeding, even when transient power loads to the cell are applied.
Predictions from the OHTC model showed a good agreement with values measured in the reactor fed with brass particles.
Particle size distribution functions have been measured in a ethanol fueled flame reactor fed with a low amount of pulverized coal particles.
For the precipitation step, the gas mixture from the bioreactor was bubbled into a stirred reactor fed with the real effluent.
Experiments were performed in a transient overfeed packed bed laboratory scale reactor fed with 4, 6 and 8 mm coal particles.
The system of a fast reactor fed with natural uranium is discussed as a future sustainable energy producing system, concentrating especially on the waste problem.
