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The air supply subsystem is controlled to keep a desired oxygen excess ratio, thus improving the fuel cell dynamic performance.
The results provide a valuable route for the rational design of CeO2-x nanoparticles with the desired oxygen vacancy population, and then preparing them in the best conditions for applications.
Several scenarios of various ways to handle the tin were investigated, to determine the extent to which one must go in order to maintain a desired oxygen content in molten tin.
Atomic layer deposition was used to grow HfxAl1−xOy films with graded Al depth profile, where the engineered Al concentration across the film facilitates the desired oxygen vacancies' profile.
We show how the model can be used for various applications like: optimisation of operating parameters for a minimum reactor volume; simulation of the competition between filamentous and floc-forming bacteria for bulking control; calculation of the minimum volumetric mass transfer coefficient required to maintain a desired oxygen concentration.
Exposures to NO donors take place in reducing agent-free solutions bubbled with N2/O2 to obtain the desired oxygen tension.
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To produce the desired oxygen-to-methane ratio (3.8 by mass), a reverse water-gas-shift reactor (RWGS) converts CO2 and hydrogen to water and CO.
Moreover, it is able to guarantee the desired inhaled oxygen fraction (FiO2) even at high level of patient's minute ventilation by minimizing the room air entrainment.
Cultures of SF+ cells (10 L) were seeded in PSFM media and maintained at 26-28°C 26-28°Citation in glass bioreactors equipped with agitationerlay, and a desined dissolved oxyglassoncentration.
The furnace temperature was raised up to the desired temperature, and oxygen and nitrogen were fed continuously into the quartz tube furnace with the flow rates of 60 and 240 sccm, respectively.
In a 5 l batch reactor system, the controlled inputs are the cultivating temperature and the dissolved oxygen; the desired outputs are the glucoamylase activity and the concentration of red pigment.
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CEO of Professional Science Editing for Scientists @ prosciediting.com