Sentence examples for because of the utilization from inspiring English sources
The developed materials can be highly economically attractive because of the utilization of industrial wastes to produce construction materials.
Impact of clutter on the recognition rate is also minimized because of the utilization of local FVs.
Because of the utilization of nanosize ZnO grains supported on highly porous SiO2 particles (100 200μm), the intra-particle diffusion resistance of MFES was minimized resulting in a saturation capacity near the theoretical value.
Because of the utilization of the new fourth-order approximation function, the deviation from the ideal Gaussian function is smaller than 1 dB for an extended range of the input variable.
Until Ohno reports that ferromagnetism can be achieved in (Ga,Mn)As system by introducing magnetic ions Mn into GaAs matrix [1], which invokes great interests in the diluted magnetic semiconductors (DMSs) because of the utilization of both the charge and spin freedom degrees of electrons in these materials [2, 3].
In addition, an overall total system efficiency of 80% can be achieved because of the utilization of thermal energy that would be wasted if only the electric power were utilized, and because of the reduction of transmission, distribution, and energy conversion losses.
"If you compare to a typical limo service, we come in at one-third of the price because of the capacity utilization".
The results of electrochemical measurements demonstrate that the hybrid electrode with the thinner nanoflakes presents higher specific capacitance because of the full utilization of the electroactive Co3O4.
With the current density increases, a drop in the specific capacitance occurs because of the limited utilization of active materials at high current density [35].
Consequently, flexibility cannot be ensured in many places, and additional services might no longer be provided because of the high utilization rates putting greater demand on staff.
This novel design demonstrates the potential to achieve high overall energy throughput and reactivity because of the full utilization of all available reaction sites.
