"efficient ground" can be a correct and usable phrase in written English.
It means a solid or strong foundation on which something can be built or accomplished efficiently. It can be used in a variety of contexts where efficiency and a strong foundation are important. Here is an example sentence: "The company's success was built on an efficient ground of strong leadership and streamlined processes."
And so it went, a powerful, efficient ground game, a pressure defense doing so many things right.
Efficient ground and on-orbit command and data handling [C&DH] segments are the crux in achieving the challenging objectives of the mission.
In order to overcome these challenges, we present an efficient ground filtering method for TLS data via a Scanline Density Analysis, which is very fast because it exploits the grid structure storing TLS data.
Overall, metropolitan markets with diverse and efficient ground support systems, freight forwarders and other transportation services, a more affluent population, an intense agglomeration of medical laboratories and related suppliers, and a well paid skilled workforce engaged in computer systems design and electronic product manufacturing are more likely to ship freight by air.
32 As such, it may be argued that in addition to reductions in maximal or explosive strength per se (ie, reduced SJ height or leg stiffness, both in the vertical plane), a less efficient ground force application may have contributed to decrease linear sprinting and COD performances.
The neighborhood features green roofs, biofiltration swales, and daylighting controls as well as highly efficient ground-coupled heat pumps for heating and cooling.
This result suggests a critical need for efficient ground-based sampling schemes to be used in conjunction with flexible statistical models based on USLE factors for future investments in erosion risk assessment in the tropics.
4/15/2011: Nirmal Jayaram presented a talk "A Computationally Efficient Ground-Motion Selection Algorithm for Matching a Target Response Spectrum Mean and Variance," coauthored by Ting Lin and Jack Baker, at the 2011 Annual Meeting of the Seismological Society of America in Memphis, Tennessee.
Similarly, the root mean square acceleration (aRMS) is found to be the most efficient amplitude-related parameter for the estimation of maximum displacements in bilinear and CB structures whereas the peak ground acceleration (PGA) is the most efficient ground-motion parameter for the prediction of peak deformations in PR systems.
Therefore, an economical and efficient grounding system design of the earthing pit is necessary which can be achieved by using a low resistivity material (LRM).
The suggested method can be readily used by engineers to obtain a good earthing pit configuration for efficient grounding of the power system components in high resistivity soils.
