The effects of some parameters, such as oxygen enrichment, blast temperature and pulverized coal dosage, on the optimization results are analyzed.
The performance the BFIM process can be improved by adjusting the oxygen enrichment, blast temperature, blast dosage, pressure ratio of the Brayton cycle's air compressor and relative pressure drop of the air compressor inlet to their optimal values, respectively, which are new findings of this paper.
On the basis of this design thermo-mechanic, thermo-hydraulic and neutronic calculations have been performed to optimise the design parameters (number and thickness of the beds, 6Li enrichment, helium temperatures and pressure, etc).
The mice were group housed in polypropylene cages with sawdust bedding and enrichment at controlled temperature 21 ± 1 °C and humidity 50 ± 10 % with a 12-h light/12-h dark cycle.
Then, immediately after, respiration (R) and gross photosynthesis rates (Pg) were assessed on three apex from each tank under their own living conditions (temperature, metal enrichment, light).
The oxygen enrichment allowed variation of temperature in the reactor and reduced nitrogen and total volumetric gas flow while maintaining the same equivalence ratio.
α-T declined during starvation by up to 50% (depending on temperature) following enrichment with oil emulsion although there was no change with C. muelleri or Algamac.
Oxygen enrichment increases the flame temperature, promotes soot formation and oxidation, and can decrease pollutant emissions compared with hydrocarbon air systems.
8-week-old C57BL/6J mice were housed in standard cages with wood chip bedding and a paper roll for enrichment at constant ambient temperature (21 22°C) and humidity 40-500%) with a 12-hour light cycle.
