The SETG working mechanism and the output performance in rotational mode and axial translational modes are systematically investigated.
For the first time, a direct comparison between MFCs catalyzed by freely-suspended cells, surface-attached cells, and matrix-embedded cells for simultaneous electricity generation and distillery wastewater treatment in both batch and continuous operation modes was systematically performed.
Employing polypropylene (PP) hollow fiber membrane modules and water as physical absorbent, the effects of absorption pressure, gas-liquid flowrate, and vacuum mode were systematically studied.
In this study, the temporospatial evolution of As V) and Se VI) along a self-designed ZVI/H2O2 column in down-flow mode was systematically investigated.
In doing so, the influences of structural parameters and wavelength on MPD characteristics of the fundamental mode are systematically analyzed in detail based on simple physically consistent concepts of conventional fibers.
The CL spectra confirmed the frequency values of the whispering gallery modes (WGMs); however the measured quality factors were systematically lower than corresponding PL results.
Interaction terms between mode of transport and other independent variables were systematically tested.
Shear behavior and performance of the deep beams made with NC and SCC were systematically investigated in terms of crack pattern, failure mode, and load deflection response.
Shear behavior and performance of beams having two different web reinforcements in shear were systematically investigated in terms of crack pattern, failure mode, and load deflection response.
Shear behavior and performance of RC deep beams having two different reinforcements in shear were systematically investigated in terms of crack pattern, failure mode, and load deflection response.
