The phrase "advanced utilization" is correct and usable in written English.
It can be used in contexts where you are discussing the sophisticated or enhanced use of a particular tool, technology, or method.
Example: "The advanced utilization of renewable energy sources is crucial for sustainable development."
Alternatives: "enhanced application" or "sophisticated use".
Advanced utilization of natural gas has been explored for biofuel production by microorganisms.
In addition, YARN achieves an advanced utilization of resources which affects the performance of iiHadoop and improves it significantly.
This proof of principle study, employing mouse DNA subcloned in a plasmid vector, established the basic methodology and prompted us to examine possibilities for ever more advanced utilization of the technology.
In future advanced utilization of A. oryzae, LC would therefore be preferred to SC if the weak points of LC could be resolved.
This approach is highly flexible and can be used as a solution for advanced spectrum utilization in 5G networks.
Currently they are broadly used in industry for removal, classification or separation of particles in many mechanical and chemical processes such as reactors, dryers, removal of catalyst from liquids, wet flue gas desulfurization processes, treatment of waste water streams and advanced coal utilization such as fluidized bed combustion (Milin et al. 1992).
Molybdenum disulfide (MoS2) presents a promising nonprecious catalyst for hydrogen evolution reaction (HER) that has attracted extensive interest, but it still lacks an effective way to advance the utilization, in particular the basal plane of freestanding 2H-MoS2 for HER.
This study demonstrates that alkyl phosphonates and phosphates bind efficiently to iron oxide particle surfaces, the good biocompatibility of phosphonate and phosphate ligands may advance the utilization of encapsulated magnetic NPs in medical applications, such as MRI and other biophysical purposes.
Utilization outcomes (advanced imaging, lumbar injections or surgery, and opioid use) were compared using adjusted odds ratios with 99% confidence intervals.
The cost and performance efficiency aspect of the LTE technology are due to the simplification in network architecture (fewer network elements) and advanced algorithms for resource utilization.
Additionally, the lower rates for the oldest old (aged 90 years and older) underline findings in the general German population that with advancing age, the utilization of NHs and ambulatory services rise steeply, whereas the probability of hospital treatment decreases [ 22, 23].
