The present work has focused on a single droplet evaporating into the plasma environment, and considers, on the one hand, the physical analysis of the phenomena and, on the other hand, the characterization of the solvent's thermal and motion characteristics of evaporation by means of direct numerical simulation of a multiphase flow.
Since there is no universal rule regarding the choice of the fitting parameters, an adequate choice can only be made on the basis of deep physical analysis of the model and the processes in the studied device and by comparing the simulation results against experimental data.
For the physical analysis of the electrocatalysts, techniques such as X-ray diffraction (XRD), field emission scanning electron microscopy (FESEM), energy dispersive X-ray (EDX) spectroscopy and transmission electron microscopy (TEM) were used to examine the electrocatalyst crystallization, structure, morphology, elemental composition, size, and atomic distribution.
Physical analysis of the components of the telomerase complex has been hampered by technical challenges because of low natural abundance, poor expression, and inefficient in vitro assembly of the recombinant enzyme.
A physical analysis of the nanoindentation test enabled the true coating Young's Modulus (E) and the coating yield strength (Y) to be determined.
Physical analysis of the proteolytic products defines the region required to maintain oligomeric structure to reside within amino acid residues ∼405 590.
This study addresses the aerothermal phenomena encountered in the vehicle underhood compartment by physical analysis of the heat transfer modes in complex internal flows.
Hybrid vigor seems to have worked for coyotes in the Northeastern United States as well, according to a genetic study and physical analysis of the animals: Coyotes in this part of the United States are bigger than their western counterparts because, as their ancestors migrated into the territory, they mated with wolves along the way.
Physical analysis of the Ti electrode surfaces revealed that the specific surface area increased after electrochemical anodization.
This paper proposes a physical analysis of the effect of axial load on the propagation of elastic waves in helical beams.
