WMOD00317

• Contract/Permit #: 14-06-D-6999
• Project Name: CAWRP
• Title: Cascades Atmosphere Water Resources Program - Volume I
• Prepared For: US Department of the Interior Bureau of Reclaimation
• Date: 7/1/1970
• Weather Modification - Doc Type: Report

- 56 -

-a3Vp x Vp = aV(ln at) x V(c T) + aV(ln T) x V(Lw )
P s

Substituting forV(ln T) from eqn. (3.32) into eqn. (3.34) gives

-Ct3Vp x Vp

= aV{ln at) x V(c T + Lw )
p s

w
+ (a ~ V(ln p) +aV(ln et) - ~aV(Ts)] x V(Lw )
~ p s

.-'aV{ln aE} x V{Lws)

or

-a3Vp x Vp = aV(ln at) x V(CpT + Lws)

. w
+ [a L V{ln p) + aV{ln aE) - La V(-!)
cp c T
P

- aV{ln eF)] x V(Lws)

that is,

-a3Vp x Vp = aV{ln et) x V(c T + Lw )
p s

Lw
R '. s '
+ a[ c V(ln p) + ~ VT] )( V(lws)
P cpT

.

.-

.-

(3.34)

.-.

II-

.-

1-

1-

(3.35)

I-

I-

1-

.~

(3.36)

1-

1-

1-

1-

(3.37)

1-

Up to this point the air could be either cloudy or dry depending on the

1-

value of w. We will now specify that the air is saturated with respect to
s

.-~