The avionics network supports high-safety-level flight operations, with the analysis of transmission failures serving as a crucial means for its safety evaluation.Due to the time-dependent nature of the failure probability in avionics networks, traditional constant and unchangeable probability values can deviate from the actual situation under spec
copyright use and overdose deaths attributed to copyright have increased significantly in the United States in the last 10 years.Despite the prevalence of copyright use disorder (CUD) and the personal and societal problems it presents, there are currently no approved pharmaceutical treatments.The absence of treatment options is due, in part, to our
A sensor based argan oil pure purple on a Conductive Polymer Composite (CPC), fully compatible with a textile substrate and its general properties, has been developed in our laboratory, and its electromechanical characterization is presented herein.In particular the effects of strain rate (from 10 to 1,000 mm/min) and of repeated elongation cycles