Sentence examples for application largely from inspiring English sources
Sensible enough in concept, the definition is maddeningly vague in application, largely because it is based upon a 1974 General Assembly resolution that was aimed at guiding state conduct, not defining individual criminal liability.
Recently various drug candidates with excellent anticancer potency have been demonstrated, whereas their clinical application largely suffers from several limitations especially poor solubility.
To conclude, EP is a well established means of enhancing transgene expression and acts as an immune adjuvant [42] due to the inflammation and recruitment of DCs following application, largely due to local tissue damage.
In addition, the use of the third dimension, which is the strong point of our application, largely compensated for the choice of GNN, which in fine remains a simple but fast tracker.
Examination of other articles known to the authors did not provide adequate information for our application, largely due to a lack of quantitative exposure measures in residential dust, which would be necessary to model the marginal benefits of intervention strategies.
Examples of its successful application largely come from military experience in which blood was used in Casualty Clearing Stations (World War I) or Battalion Aid Stations (World War II), where it was used in conjunction with bandaging and preliminary surgical care of varying sophistication [ 30, 31].
One of the low-density phases of alumina, γ-Al2O3, is important in a variety of technical applications, largely because of its large surface area, pore volume, and high thermal stability when compared to mesoporous silicas.
Poles are preferred for soil-conservation applications, largely because they can withstand stock presence.
Success of these materials in practical applications largely depends on their ability to fulfill application-specific mechanical requirements.
The use of nanotechnology in effluent, water, and soil clean-up applications largely makes use of the enhanced reactivity, surface area, and/or enhanced mobility of nanoparticles.
Nanoparticles-stabilized foam has recently attracted increasing attention for enhanced oil recovery (EOR) applications, largely due to the potentially high stability of these foams in the oil producing formations.
