Sentence examples for reaction compartment from inspiring English sources
A framework based on Soft Computing techniques has been used to maximize the ethylene yield by simultaneously varying five operation variables: nominal reactor temperature (Temp); gas flow in the reaction compartment (QHC); gas flow in the oxygen-rich compartment (QAir); ethane concentration in the reaction compartment (%C2H6); and oxygen concentration in oxygen-rich compartment (%O2).
Water-containing saturated DO was fed into the reaction compartment containing the catalyst particles, while the purified hydrogen was introduced countercurrently into the gas compartment of the reactors so that the normal physical and chemical processes for the DO removal take place simultaneously.
This network includes information on reaction compartment and directionality that were used to create a semi-directed metabolic network where reactions are nodes.
If the selected reaction is R9 or R16, a new PG was created, which introduced a new reaction compartment and a set of associated reactions and reaction rates.
Since the number of molecules is assumed to be very large, stochastic fluctuations are deemed negligible and the equations are hence deterministic; (ii) the reaction compartment is well-stirred so that homogeneous conditions prevail throughout [ 9].
If the selected reaction had index k = 23, a mature AV was lost through fusion with a lysosome, which removed a reaction compartment from the system and the set of associated reactions and reaction rates.
Phosphatidylcholine-modified porous titania was employed as reaction compartments for the controlled growth of calcium phosphate.
The technologies can be broadly divided into three categories according to their spatial segregation strategy: (1) cells as reaction compartments, (2) in vitro compartmentalization via synthetic droplets, and (3) microchambers.
At the nucleation stage, the Ca2+ ions in SBF solutions bound firstly into the phosphatidylcholine-modified porous titania, and then the free PO3−4 ions in SBF solutions were attracted to the reaction compartments, causing the formation of calcium phosphate nuclei.
A new attributed species G is introduced, which represents virtual reaction compartments within a two-dimensional grid.
In addition, they allow to describe multiple nested solutions similar to the multiple separated reaction compartments that can be found in biological systems, e.g. cells, organelles, and vesicles.
