concentrated species transport with moving mesh
Hi everyone, I am dealing with a model of binary liquid to evaporate. I use the concentrated species transport to simulate the concentration field of two components in liquid as well as a moving mesh...
View ArticleRe: concentrated species transport with moving mesh
I can reply to item 2: 1 mol/L corresponds to 1.184e-10 mol/cm². This is achieved considering that 1 mol is Avogadro's (N_A) number of species. Hence, at the surface resides (N_A)^(2/3) species. That...
View ArticleRe: concentrated species transport with moving mesh
Hence, concentration c converts to {(c*N_A)^(2/3)}/N_A = c^(2/3)*(N_A)^(-1/3).
View Articleconcentrated species transport with moving mesh
Hi everyone, I am dealing with a model of binary liquid to evaporate. I use the concentrated species transport to simulate the concentration field of two components in liquid as well as a moving mesh...
View ArticleRe: concentrated species transport with moving mesh
I can reply to item 2: 1 mol/L corresponds to 1.184e-10 mol/cm². This is achieved considering that 1 mol is Avogadro's (N_A) number of species. Hence, at the surface resides (N_A)^(2/3) species. That...
View ArticleRe: concentrated species transport with moving mesh
Hence, concentration c converts to {(c*N_A)^(2/3)}/N_A = c^(2/3)*(N_A)^(-1/3).
View Article