The liquid fuel is continuously supplied to the reactor during operation at full reactor power.
In phase II, oxygen and steam were continuously supplied to the reaction zone, and the FCG experiment was performed.
Through the needle, the gas is continuously supplied to such an extent that, in spite of the gas absorption, the bubble diameter remains constant.
During operation a stream of HCl in O2 and N2 is continuously supplied to one of the fluidized-bed reactors, defined as the "oxidizer," working in the temperature range of 340 400°C.
Glycerol (160 mM) solution was continuously supplied to the mixture at a flow rate of 1 μl min−1 (0.04 μmol glycerol ml−1 min−1) using a Shimadzu LC-20 AD solvent delivery unit.
In these zones, it is assumed that water is continuously supplied to rocks, thereby enhancing the strain, strain rate, and reaction mechanisms and causing plastic deformation in regions supplied with water; these regions therefore evolve in both time and space depending on the water supply.
In each experiment, HFC-32 gas was continuously supplied to a rectangular chamber partially filled with a quiescent pool of water (pure water or an aqueous SDS solution) to compensate for the gas consumption due to the hydrate formation, thereby maintaining a constant pressure inside the chamber.
A glycerol solution (160 mM) was continuously supplied to the mixture at a rate of 1 μl min−1, which is identical to the experimentally determined lactate production rate through the synthetic pathway, to maintain the pool size of the substrate and a constant flux through the pathway.
In this operation, the material removal occurs from any electrically conductive material by the initiation of rapid and repetitive spark discharges between the gap of the work and tool electrode connected in an electrical circuit, and the liquid dielectric medium is continuously supplied to deliver the eroded particles and to provide the cooling effect.
