temperature remains constant at the boiling temperature is used. This changes when it
completely vaporizes.
Hg XV
jf MH = 22U-2ATbR(x)Ox (27)
Hf XL
This distance however is based on whether or not it occurs before the throat or after the
throat. Since it is unknown both cases must be considered.
for (X(L1 )
R R 2h, 2RoX
X, +LI + +2LXL X+ L (28)
tan al tan al ) U2ATb tan a, tan a
for (X )L )
Ro
R L tan aO
X, =L,- t (29)
tan a2 ihfg + tan a (L +X -2LX)+ L 2ROXL
LTrU2 ATb tan a2 tan 2 L tan a
Next the vapor phase must be analyzed. Here only the temperatures need to be
determined, and they follow a similar analysis as the liquid phase. This is also going to
be affected by whether or not the distance to full vaporization takes place before the
throat or after the throat.
for (X (L1) and x = Xv : L,
T(X) T (T0 7 p 2z1J7,, tan a, zx x -L, X, + (X30
()= To -(To- Tb)exp -- tan 2v 2 V (30)
Cp,v + Ro (x-XV)
for (X<(LI) and x = L,: L