Quantification of evaporation parameter and determination of evaporation mechanism

C‐Type Relationship between Critical Time and Evaporation Parameter for Surface Segregation in the Case of Evaporation

“…The reliability of the model was demonstrated by Wang et al through the correlations of the formula to McLean's kinetic equation and semi‐infinite formula, the dependence of surface concentration on evaporation parameter, and the theoretical basis of evaporation flux. In this article, the relationship between critical time t c and evaporation parameter E was studied in particular.…”

“…Recently, Wang et al proposed a kinetic model and derived the kinetic equation by applying the first‐order reaction equation to quantify evaporation flux . In addition, evaporation parameter E was also introduced and the physical meaning of E is revealed to be the integrated effect of segregation, diffusion, and evaporation . Accordingly, Wang et al established a reliable model for surface segregation in the case of evaporation.…”

“…In addition, evaporation parameter E was also introduced and the physical meaning of E is revealed to be the integrated effect of segregation, diffusion, and evaporation . Accordingly, Wang et al established a reliable model for surface segregation in the case of evaporation.…”