Sentence examples for efficient stands from inspiring English sources

In fact, our data show that N. betuloides and mixed forests were the most efficient stands in terms of success flowering as the total percentage of aborted structures (flowers + fruits) were less than 15%, contrary to N. pumilio pure forests where abortion reduces by almost 30% the PSP due to failures during flowering.

Retooled and relisted on the New York Stock Exchange in 2002 (the investor group reportedly made six times its money on the deal), Seagate is the biggest and most efficient stand-alone hard-drive maker in the world.

To promote its widespread usage in the future screening studies, we have made publicly available an efficient, stand-alone R-implementation of the quantile-based matrix approximation procedure (QMAP).

To promote its widespread usage in the future screening studies, we have made publicly available an efficient, stand-alone R-implementation of the quantile-based matrix approximation procedure (QMAP), which includes a number of user-adjustable options that can be used to fine-tune the procedure for any given experimental dataset.

The library can be used as a component to be integrated with other text-mining systems, as a framework to add user-specific extensions, and as an efficient stand-alone application for the identification of gene and protein names for data analysis.

It is experimentally verified that the large-scale constructed system is a high-efficient stand-alone solar/wind/battery hybrid power generation system that produces electric energy under different environmental conditions such as cloudy sky, so it can be widely used in remote areas.

The resolution cut-off used for Se site identification is 4.4 Å and the correlation co-efficient stood at 39.51% with the Pseudo-free CC of 71.47%.

Competition has been thinned out by companies burning VC cash and a bootstrapped, efficient company stands out from the crowd.

TPV opens up possibility for efficient and stand-alone power generation in boilers and furnaces.

The motivation is to reduce the bias and the statistical error and to have an algorithm which is more efficient than stand-alone particle-mesh methods.

Because turbine exhaust can be used on-site to heat and cool buildings, such setups are far more efficient than stand-alone generators They can wring 70% of the energy out of a BTU of gas, for example, compared with less than 50% from the typical combined-cycle generating plant.