However, with a much smaller clearance volume (approaching zero), the crank-drive compressor demonstrates a higher volumetric efficiency based on the swept volume, that is approximately 20% higher than the linear compressor when operated at its maximum stroke (13 mm).
Based on the linear sweep voltammetry data, it was concluded that electrode with 15-μm powder size has larger surface area than electrodes with 35- and 55- μm powder size.
This paper presents a novel branch-based methodology based on the use of power sweeps to solve the steady-state power flow problem.
Based on the above linear sweep voltammogram results, the intensities of peaks Cu2Se and In2Se3 and the current density increased with various wavelengths of photo-assistance.
The numerical results associated to the multi-points boundary value problems are obtained based on the Forward-Backward Sweep Method combined with progressive-regressive Runge-Kutta fourth-order schemes.
This paper presents an optimization of transonic cantilevered stators based on the combination of sweep and lean in a 5-stage axial compressor to improve its adiabatic efficiency and maintain its total pressure ratio by employing a time-saving integrated optimization design system.
Based on the demarcation of the sweep, we observe that brinker, the only candidate gene that was induced by cold stress, is located outside the sweep.
To allow the identification of moderately sized sweeps, we chose an intermediate balance of these conflicting constraints based on the idea that any sweep identified in two or more breeds would almost certainly be real and likely share a common haplotype, while true sweeps found in only one breed would ultimately be independently validated by other studies.
We demonstrate here that high collaborative efficiencies can be achieved by designing reactor construction and selecting operational parameters based on the results of linear sweep voltammetry (LSV).
Based on the results of the strain sweep, the strain amplitude of 0.1 %, which exists completely within LVR, was selected for the frequency sweep measurement ranging from 0.01 to 100 rad/s.
