Page 47 - Separation process engineering

average of solute velocities for A and B, cm/s, Eq. (18-83)
u
s,ion,i
diffuse wave velocity of ion i, m/s or cm/s

u sh

shock wave velocity, m/s or cm/s
u sh,ion,i

shock wave velocity of ion i, m/s or cm/s

u th

thermal wave velocity, m/s or cm/s
u total_ion

velocity of total ion wave, m/s or cm/s
v
A,product
interstitial velocity of A Product if it was in the column, m/s or cm/s = (A
Product)/(ε A )
c
e
v B,product

interstitial velocity of B Product if it was in the column, m/s or cm/s = (B
Product)/(ε A )
e
c
v D

interstitial velocity of desorbent if it was in the column, m/s or cm/s = D/(ε e
A )
c
v Feed

interstitial velocity of feed if it was in the column, m/s or cm/s = F/(ε A )
e
c
v inter

interstitial velocity, m/s or cm/s, Eq. (18-2b)
v super

superficial velocity, m/s or cm/s, Eq. (18-2a)

V available

3
volume available to molecule, m , Eq. (18-1c)
V column

column volume, m 3

V feed

volume feed gas, m 3

V fluid
3
volume available to fluid, m , Eq. (18-1a)
V purge

volume purge gas, m 3