Sentence examples for insufficient utilization from inspiring English sources

Photocatalytical water splitting of MoS2 nanomaterials based on plasmonic nanoparticles (NPs) has been limited because of the insufficient utilization of plasmonic hot spots, which is an important strategy for efficient light harvesting.

Hydrogen production from solar water splitting over semiconductors shows great potential in solving the urgent energy and environmental issues, but its energy conversion efficiency is always restricted by the insufficient utilization of photogenerated charge carriers.

Insufficient utilization of mental health services has been described among HIV-infected individuals in urban areas; however, little is known about utilization of mental health services among rural-living HIV-infected individuals.

We analytically demonstrate that the rate degradation of the distributed iterative waterfilling (IW) algorithm in near-far scenarios is caused by the insufficient utilization of all available frequency and power resources due to its nature of noncooperative game theoretic formulation.

Increasing in the traditional fuelwood consumption level of the community and coupled with insufficient utilization of the available resource have led to more tension on natural resource (Arrow et al. 2004; Godfray et al. 2010; Lin et al. 2011; Mislimshoeva et al. 2014).

Constraints however still exist due to the insufficient return of qualified personnel and insufficient utilization of provided services.

The current coal-to-SNG (synthetic natural gas) projects are facing two main issues, addressing on insufficient energy utilization and large amount of carbon emissions.

Since endowing C. glutamicum with D-galacturonate or D-glucuronate catabolism proved insufficient for utilization of these substrates, the gene for the respective uptake system exuT was co-expressed from a compatible plasmid.

Insufficient glucose utilization may cause the growth retardation of animals being homozygous for the SLC2A2 frameshift mutation.

The effects of diabetes on myocardial metabolism are very complex, including systemic metabolic disturbances of hyperglycemia, increased FFA, down-regulation of glucose transporters, increased insufficient energy utilization of fatty acid oxidation, lipid accumulation, and lipid toxicity in cardiomyocytes [ 44, 45].

This is in contrast to previous reports showing that, in the protection against cardiac stress, GLUT1 overexpression corrected insufficient glucose utilization and oxidation caused by PPARα deficiency in mice (Luptak et al, 2005), and preserved mitochondrial energetic status (Liao et al, 2002).