Metabolite identification studies and physicochemical properties were utilized as a strategy for compound design.
Here, intrinsic graphene plasmonic properties are utilized, allowing for widely tunable plasmon resonance and light detection in the mid-infrared, an important wavelength range for a variety of crucial security, imaging and sensing applications.
Three types of fluids with different physical properties were utilized as a working fluid for the experiment.
The hygrothermal-induced material properties were utilized in the stress analysis model, material degradation models and fatigue failure criterion.
Both physical and chemical properties are utilized as combustion property targets (CPTs) and consistency with experimental formulations is demonstrated for JP-8 and Jet-A (POSF 4658) surrogates.
These molecular properties were utilized to search for the specific attributes that can be identified as an intervening space for dictating the biological activity.
Two types of fly ash having different physical and chemical properties were utilized in the production of lightweight aggregates with different strengths.
Furthermore, these mechanical properties are utilized to analyze a 12 m diameter spherical superpressure balloons floating at the altitude of 20 km.
The movement properties are utilized as the conditions required to send movement commands.
These properties are utilized in the food industry in products such as custard creams and restructured food.
