Sentence examples for exploration of utilizing from inspiring English sources

This work represents a strategy may hopefully be extended to synthesize other Pd-based hollow nanostructure with reduced Pd usage and increased catalytic active sites, and also sheds light on the exploration of utilizing interatomic interactions to regulate species adsorption/activation for highly efficient catalytic performance.

This section summarizes the advantages of utilizing technology, focusing on its use to enhance students' competencies in explorations and problem solving.

The benefit of utilizing specific calibration mechanisms according to the nature of the events being monitored may be greatest while viewing dynamic scenes and during active exploration of the environment.

Their organization - Securing America's Future Energy (SAFE), for which I am an adviser - has proposed opening up new federal lands for oil and gas exploration and utilizing a portion of the new revenue captured to bolster basic research and development of the new technologies America needs to break oil's monopoly over our transportation sector.

The Radio and Geoastronomy Division (R&G) has as its primary mission the exploration of the universe utilizing the low energy portion of the electromagnetic spectrum which includes the radio, millimeter, sub-millimeter and infrared wavelength bands.

With the advent of 2D seismic techniques that reach great depths, this technology became a fundamental part of the suite of exploration tools utilized by the O&G industry.

Space exploration utilizes some of the latest and highest technology available to human kind; synonymous with space exploration is the mission patch.

Exploration of the chemical space utilized by bacteria will contribute to the development of new small molecule therapeutic agents, including new antibiotics.

At this point it is important to remember that haptics involve the active exploration of objects, and thus utilizes motor and proprioceptive (kinesthetic) information, as well as tactile (cutaneous) input, to support the judgment of object shape (see Bell, 1833, pp. 178, 192 193; Lederman & Klatzky, 1987, 1990; Révész, 1950, pp. 92 101).

Widely‐used de novo approaches to structure prediction usually rely on exploration of protein conformational space by utilizing existing knowledge (such as database of fragments), and evaluation of candidate solutions by minimizing energy functions [ 45, 48]‐ [ 52].

Most predictive modeling-based explorations of connectomes have utilized classification methods that are sensitive to noisy labels.