Sentence examples for increased number of potential from inspiring English sources
The mathematical foundations of this new simulator for enhanced oil recovery are those of the simulators developed for carbon sequestration in deep saline reservoirs, altered to consider the increased number of potential phases and compositional aspects by considering the oil in the system.
The additional spatial aspect inevitably increases the complexity of the modeling problem; there is an increased number of potential interactions and a requirement for additional data to inform model parameters.
Organisms with larger genomes may require more careful target site selection due to the increased number of potential off-target sequences present.
This has implications such as increased cost, longer waiting list times, and an increased number of potential risks associated with the procedure (Newberg et al. 1985).
These changes include an increased number of potential N-linked glycosylation sites in V1-V3 [ 30- 35] and possibly an extended length of the (V1- V2 fragment [ 29, 36, 37].
This stochastic nature of ORC binding contributes to an increased number of potential origin sites, while simultaneously lowering the probability of any given site firing within a specific cell cycle [ 24, 25].
The increasing tendency of −Δdes with increasing number of potential steps and film formation potential were discussed in connection with the increase in desorption amount of hydrogen in the oxide film with increasing absorption/desorption cycles and oxide film thickness.
The increasing number of potential drug target candidates has driven the development of novel technologies designed to identify functionally important targets and enhance the subsequent lead discovery process.
During the last decade, advances in molecular biology have revealed an increasing number of potential molecular targets, including peptide receptors and peptide-related biomolecules.
The surge in polyHIPE research and development parallels that of porous polymers in general and reflects the increasing number of potential applications (reaction supports, separation membranes, tissue engineering scaffolds, controlled release matrices, responsive and smart materials, and templates for porous ceramics and porous carbons).
