Reaction staging is similar to pressure staging, except that a greater number of reaction stages are required.
The stage efficiency i.e., the amount of work that is actually produced in each stage as compared to the maximum possible amount can be higher for reaction stages than for impulse stages due to generally lower flow velocities and associated losses.
Fig. 4 XRD patterns of samples at different reaction stages.
The second reactor includes three subsequent reaction stages.
Photosynthesis consists of various reaction stages carried over through several energetic and electronic interactions.
The second plant concept only proposes one single methanation reactor consisting however of six reaction stages.
Figure 1 TEM images of the FePt nanocubes at different reaction stages.
The method required two sequential polymerase chain reaction stages, a primary and secondary assay.
Fig. 4 FESEM images of the intermediate products obtained at different reaction stages: a 0 h, b 1 h, c 5 h, and d 10 h. e XRD patterns of the intermediate products obtained at different reaction stages.
Figure3 shows the FTIR spectra at different reaction stages for the hydrosilylation reaction of PMHS with VCHE.
The process of concept I was able to reach the requested specification with only four reaction stages.
