The phrase "advanced characterization" is correct and usable in written English.
It can be used in contexts related to science, literature, or any field where detailed analysis or description of characteristics is required.
Example: "The study focused on advanced characterization techniques to better understand the material properties."
Alternatives: "sophisticated analysis" or "detailed profiling".
Thus, further advanced characterization of cold-spray processed materials is needed.
Presently, there are less work on the utility of advanced characterization tools in understanding the carbon nanostructure in the coal.
The complex architecture and network of nanofibrous scaffolds requires advanced characterization methods to understand interrelationship between cells and nanofibers.
In this investigation we also aim to report a comprehensive study of nanostructure in coal by collating the information obtained from advanced characterization tools.
Some negligible impurities may be remained after acid leaching, so advanced characterization methods such as high resolution TEM or elemental mapping is necessary to differentiate between the core/shell structure and other impurities.
Analytical multidimensional gas chromatography (MDGC) and the excellent separation efficiency it achieves serve advanced characterization of complex volatile and semi-volatile samples, which is unlikely to be accomplished by single-dimensional chromatography.
The goal of ExpoCast is to advance characterization of exposure required to translate findings in computational toxicology to information that can be directly used to support exposure and risk assessment.
The goal of this research initiative is to advance characterization of exposure required to translate findings in computational toxicology to information that can be directly used to support exposure and risk assessment for decision- making and improved public health.
Atomic layer deposited (ALD) HfO2/GeOxNy/Ge(1 0 0) and Al2O3/In0.53Ga0.47As(1 0 0) − 4 × 2 gate stacks were analyzed both by MOS capacitor electrical characterization and by advanced physical characterization to correlate the presence of electrically-active defects with chemical bonding across the insulator/channel interface.
In this objective, it is necessary to evaluate the principal physicochemical parameters, and also achieve advanced mineralogical characterization.
Overall, it is envisaged that the algorithm developed in this research pertinent to asphalt binders' advanced rheological characterization would further the state-of-the-art in designing rut-resistant asphalts.
