Sentence examples for utilization of a cell from inspiring English sources

The fuel utilization of a cell with an aspect ratio of 0.1 is 14.1%, which increases to 16% when a sulfuric acid stream is introduced to prevent mixing of the fuel and oxidizer streams.

It has recently been suggested that utilization of cell to cell variability in a population might improve the discriminatory power of network identification methods.

The possibility for the utilization of a fuel cell in a small aircraft was validated through the fuel cell powered flight test.

A significant aspect of the study is the utilization of a novel cell progenitor: ESC-derived CPCs selected based on the activity of a cardiac specific Nkx2-5 [22] enhancer.

The utilization of cell-to-cell invasion for germline colonization may indicate an ancestral mode of horizontal transfer that preceded the acquisition of the mutualism.

Experiments conducted in this study prove that the tracker this study develops effectively enhances the utilization efficiency of a solar cell.

Since the most commonly recognized marker of fibroblast activation is the organization of αSMA stress fibers, imaging is a critical component of cell characterization and provides a strong argument for the utilization of this cell culture geometry.

Our study also suggests the existence of other TBDR-containing loci involved in the utilization of plant cell wall compounds which are conserved in a wide range of bacteria displaying TBDR overrepresentation.

Fungal cultures have been widely used for the structural modification of compounds to afford structurally novel derivatives [1, 2], while utilization of plant cell suspension cultures for structural transformations is comparatively a new approach [3].

Pectobacterium atrosepticum (formerly known as Erwinia carotovora subspecies atroseptica [ 10, 11]) is an important bacterial pathogen of potato in temperate regions, where it causes blackleg of plants and soft rot of tubers by the utilization of a huge machinery of plant cell wall degrading exoenzymes mainly encompassing pectinases, cellulases and proteases.

In the present study, a three-dimensional lattice Boltzmann model based on the quasi-random nanostructural model is proposed to evaluate the mass transport properties and catalyst utilization of fuel cell catalyst layers in pursuance of catalyst performance improvement.