Exploring the effect of mental actions (inner speech) on electroencephalographic activity

In the current investigation, nano borosilicate of varying weight proportions was used to strengthen AZ91D magnesium alloy. The squeeze casting process was used to create the material, and its microstructure and mechanical characteristics were analyzed to determine its suitability for functional applications. Using SEM and ASTM standards, morphology and mechanical properties were analyzed. Morphological studies indicate that reinforcing particles are evenly distributed throughout the matrix alloy's regions. Morphological studies illustrates that the nBS was uniformly distributed in AZ91D alloy without forming residual pore. The hardness (21 %) and tensile properties (26 %) of synthesized nano composites was improved due to reduction in grain size and higher dislocation density in comparison with monolithic alloy. Owing to the strong interfacial bonding strength and the dispersion strengthening the compressive strength of magnesium nano composites increased (24 %). As a result of improvements in the load bearing capacities of the reinforcing particles as well as the formation of transfer layers between the matrix and the reinforcement particles wear resistance significantly improved (25 %).