oO
10
90
ON4AS
wee
mn
N
°
Time (Min)
4
oreo -
ove ica
Moses
~
3
-
6
-
7
es
14 knots from 070°
T. p= the density of the collapsing fluid column relative
to that of the ambient fluid.
1,600 feet.) Assumed surface wind:
(Determined from rate-of-rise: 90° cloud model for the
upwind Stations, all others 60° cloud model; thickness =
8
A
a (a) 06/0-085
TIME (nt)
pas D./D*085 ps 125
7A (bh 0¢/D +085 ps tts
p:¢ 27
‘
MOL CURVES FOR UMBRELLA
7
|
(Determined
0°1800° C:S000°
ambient fluid.
cloud model; thickness = 1,200 feet.) Assumed surface wind: 16 knots from
053° T. » = the density of the collapsing fluid column relative to that of the
Figure 3.133 Radial velocity of hase surge, Shol Umbrella.
“10
20
oe
r
from rate-of-rise: 90° cloud model for the upwind stations, all others 60°
(S4ONM) ALIDOTIA THIOVE
Figure 3.132 Radial velocity of base surge, Shot Wahoo.
mar
WHOL CURVES FOR WAHOO 0+°2000° C<1500° -——— fo) SOLID CORE p= 225
_--— tb) 0. /D9067 p= 225
N= ted D./0°08S pe 222 “TF - — 4
ko
90 —te3 ?
+ ee
(SLONM} ALIIONIA TwiCre
236
jf