Crossover from Formation to Collapse

In Section 7.4.5.1, we simulate the formation of a nanoshell for the case of a nonideal solution. In Section 7.4.5.2, we study the crossover from formation to collapse, as well for nonideal solutions but for another average concentration, to obtain formation and collapse in one run at a reasonable computation time. In Section 7.4.5.3, we investigate mainly the segregation caused (kinetic origin) by the inverse Kirkendall effect for this reason, we treat an ideal solution in this subsection. 

In the above-mentioned simulations, the process practically stopped after formation ofa hollow nanoshell. The reason for this seems to be quite clear since the formation 

In order to describe formation and collapse in one simulation, one needs higher temperatures. We took e, egg, e g and an initial interrelation of the components radii tba = 7a, = 17o, corresponding to an average concentration cb = 0.075 

---