Sentence examples for by using a steady from inspiring English sources
The 40-year-old was a vital player in a wider scheme which systematically targeted Asian families, as well as jewellers and bank customers, by using a steady stream of Colombian petty criminals smuggled into Europe with fraudulently-obtained Mexican passports to carry out break-ins across the country over a three-year period.
The effects of electrode thickness, electrolyte filling and current collector geometry on the performance of MCFC cathodes are investigated by using a steady state mathematical model.
By using a steady state assumption for 13 reactive species, we developed a reduced four-step global mechanism with CH4, CO, H2, O2, H, CO2, and H2O as reactants and products.
Interestingly Beggan and Whaler (2010), also in this issue, demonstrate that by using a steady, tan-gentially geostrophic, core flow they are able to derive a predictive SV model that performs slightly better than any of the candidate models for IGRF-10, with a RMS vector field difference of ~17 nT/yr.
Rather than implementing the complete reaction-diffusion equations describing the PI 3,4,5 P3 model, we simplify it by using a steady-state distribution of PI 3,4,5 P3 along the cellular membrane.
We characterized the ATPase activity of each HscA NBD variant by using a steady-state spectrophotometric assay that couples the hydrolysis of ATP to the enzymatic conversion of 2-amino-6-mercapto-7-methylpurine riboside (MESG) to ribose 1-phosphate and 2-amino-6-mercapto-7-methylpurine via purine nucleoside phosphorylase (PNP).
They investigated the groundwater flow regime and the thermal field of the western part of the Molasse Basin by using a quasi-steady-state conductive 3D-modelling approach on a local scale with the intention to compare calculated temperatures to measured values.
The galloping motion of an elastic circular cylinder, with oscillations restricted to a plane normal to the incident uniform flow, when it is located in the close neighbourhood of a plane boundary is investigated theoretically by using a quasi-steady assumption; that the cylinder and the flow are both parallel to the boundary.
The optimizations of wing geometry parameters (WGP) and wing kinematic parameters (WKP) to minimize the energy consumption of flapping wing hovering flight are performed by using a revised quasi-steady aerodynamic model and hybrid genetic algorithm (hybrid-GA).
Previous work has noted this tradeoff, but we wished to explore its nature in greater depth by using a generic model and steady-state analysis.
