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Page Title:
Table 3-6. M easured ARFs and RFs From the Free-Fall Spill of Aqueous Solutions |
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|  DOE-HDBK-3010-94
3.0 Liquids; Aqueous Solutions
Table 3-6. M easured ARFs and RFs From the Free-Fall Spill of Aqueous Solutions
(Tables A.2, A.4, B.2 and B.4 - Sutter, Johnston, and M ishim a, Decem ber 1981)
Source
uranine or
Spill Height,
ARF
RF
ARF x RF
Volum e, m l
uranium , g
m
Uranine Solution
1000
10
3
1.0E-4
0.45
6.0E-5
8.0E-5
0.50
4.0E-5
4.0E-5
0.56
2.0E-5
500
5
3
3.0E-5
0.44
1.0E-5
3.0E-5
0.80
3.0E-5
6.0E-6
0.82
5.0E-5
5.0E-5
0.74
4.0E-5
3.0E-5
0.70
2.0E-5
4.0E-5
0.59
2.0E-5
4.0E-5
0.64
2.0E-5
2.0E-4
0.52
8.0E-5
125
1.25
3
3.0E-5
0.63
2.0E-5
3.0E-5
0.53
2.0E-5
1000
10
1
4.0E-6
0.62
2.0E-6
500
5
1
6.0E-6
0.72
4.0E-6
125
1.25
1
UNH Solution
1000
208.7 U
3
1.0E-5
0.23
2.0E-6
1.0E-5
0.19
3.0E-6
1.0E-5
1.0
1.0E-5
500
104.4 U
3
2.0E-5
0.30
6.0E-6
1.0E-5
0.16
2.0E-6
1.0E-5
0.36
5.0E-6
125
26.1 U
3
2.0E-5
0.26
5.0E-6
1.0E-6
0.51
5.0E-7
1000
208.7 U
1
1.0E-6
0.24
2.0E-7
1.0E-6
0.85
9.0E-7
500
104.U
1
4.0E-6
0.61
2.0E-6
125
26.1 U
1
5.0E-6
0.62
3.0E-6
8.9E-10 Arch0.55
ARF
=
(3-13)
where:
Arch
=
Archimedes Number
(densityair)2 * (spill height)3 * g/(solution viscosity)2.
=
Densityair is in g/cc, spill height is in cm, solution viscosity is in poise, and g is a gravitational
constant, 981 cm/s2.
Page 3-34
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