on
HALL
2
a
a
Oe ee ee 2
280 /
428
LE
240
—
—
200 +
—
a
4
ee
1.4
-
42.4 F412
4
oo
42.0 % 41.0
i
—
=
—
160 +
41.6 <z 40.8
120
4 1.2 “= 4 0.6
L
Homo
BO -
_
L
£274
=
a
40
We
4~
oo
OF
ft
70.8 = 7 0.4
_
pm ee ey
|
>
>
0.4
_|
OL
Lt) ttSES1 o
10
30
50
1
30
50
#10
#30
«50
10
30
2000
2100
2200
2300
0.2
_lo
RATIO OF PARTICULATE TO DISSOLVED BETA ACTIVITY
AVERAGE TOTAL BETA ACTIVITY PER SAMPLE, PC/LITER
46
TIME, CST
Fig. 17—Time cross section of total beta concentration (solid lines),
rainfall rate (lines with x’s), and ratios of particulate to dissolved beta
S20
TTT TTT
OTF
280 |-
8
47.0
La
41.4
a
240 -
x
—
[
+60
41.2.
Zz
——_
200
.
.
a
45.0 =
ho
44.0 < 40.8
<7
bx
160 -
—
be
,
-
120 +
|.
Zz
é
13.0 © + 0.6
-
<=
Lig
peeve
©
80
4 2.0 ws
_
t
=
tm ad
40
0
y
2000
Pot |
10
6300
1.0
po xed
41.0
fe eK ee eX cee Ken,
Toi yy
f—(i50—i‘z;D”)
2100
yy yy YT
|
et oe oo
tl tT TG
30:—i«iS0'i—i‘zi*S8ti<CKHOs—<“‘«é‘i:~C~*é«S'
2200
2300
TIME, CST
0
54
.
> 0.2
_} 0
Fig, 18—Time cross section of total beta concentration (solid lines),
rainfall vate (lines with x’s), and ratios of particulate to dissolved beta
activity (lines with zeros) for station 8 for storm of May 9, 1964.
RATIO OF PARTICULATE TO DISSOLVED BETA ACTIVITY
AVERAGE TOTAL BETA ACTIVITY PER SAMPLE, PC/LITER
activity (lines with zeros) for station 7for storm of May 9, 1964.