DOSAGE REQUIREMENTS. 4? 
Table IX. Recommended dosage, with ^5-w/inuU. exposures. 
Measurements of 
Heighl 
Diameter 
Ra1 ' 
tented trees. 
of regular of regular 
Ratio <>i 
\ 1 IK Mill 1 
viva Of 
figure 
ngure 
leakage 
number 
of cyanid 
leakage 
with 
Willi 
Volume. 
surface 
cubic feel 
Distance 
Circum- 
ference. 
surface. 
foregoing 
measure 
foregoing 
measure- 
i<> oubio 
contents. 
space per 
ounce 
I'l'CI l| II 
mended. 
over. 
incuts. 
ments. 
cyanid 
Feet. 
Star, feet. 
Feet. 
Feet. 
Cu. i>>t. 
Ouna i. 
10 
12 
16 
20 
L5 
7s 
78 
113 
3.0 
3. 2 
4.0 
4.7 
0. I 
4.8 
IS 
69 
Cm 
L:0 61 
1:0.89 
1:0.57 
1.0 
1.0 
2.(1 
it 
20 
2i 
2o 
113 
l.Vl 
i.M 
154 
4. 2 
5.1, 
5. 2 
4.7 
... i 
4.8 
6.4 
8.0 
101 
85 
L33 
171 
1:0.89 
L:0.55 
1:0.86 
1:1. 11 
2.(1 
2. 5 
2. 5 
'"*76" 
it; 
20 
201 
0.2 
0.4 
105 
1:0.82 
02 
3.0 
25 
201 
5. 7 
8.0 
221 
1:1. 10 
ss 
3.0 
30 
201 
5. 3 
o. 5 
270 
L:l. 37 
100 
3.0 
is 
20 
254 
7.2 
0.4 
107 
1:0.77 
50 
1.0 
25 
254 
0.7 
8.0 
27! 
1:1.00 
71 
4.0 
30 
254 
0.3 
9.5 
347 
1:1.36 
1 1 12 
l.(i 
35 
254 
5. 8 
11.1 
406 
1:1.00 
11 1 
4.0 
20 
20 
314 
8.2 
0.4 
220 
1:0.73 
54 
1.2 
25 
314 
7.7 
8.0 
321 
1:1.02 
4.2 
30 
314 
7.3 
9. 5 
418 
1:1.33 
loo 
4.2 
35 
314 
o.s 
11. 1 
500 
1:1.50 
112 
4.4 
22 
25 
380 
8.7 
8.0 
372 
1:0.97 
75 
4.9 
30 
380 
8.3 
9.5 
489 
1:1.28 
96 
5.1 
35 
380 
7.8 
11. 1 
594 
1:1.50 
111 
5.3 
40 
380 
7.4 
12.7 
670 
1:1.78 
118 
5.9 
24 
30 
452 
9.3 
0. 5 
550 
1:1.21 
93 
5.9 
35 
452 
8.8 
11. 1 
688 
1:1.52 
110 
6.2 
40 
452 
• 8.4 
12.7 
797 
1:1.70 
117 
6.8 
4.") 
452 
7.9 
14.3 
927 
1:2.05 
128 
7.2 
26 
30 
531 
10.3 
9.5 
621 
1:1.17 
89 
7.0 
35 
531 
9.8 
11.1 
782 
1:1.47 
107 
7.3 
40 
531 
9.4 
12.7 
924 
1:1.74 
118 
7.8 
45 
531 
8.9 
14.3 
1,046 
1:1.97 
124 
8.4 
28 
30 
615 
11.3 
9.5 
692 
1:1.12 
86 
8.1 
35 
615 
10.8 
11.1 
876 
1:1.42 
105 
8.3 
40 
615 
10.4 
12.7 
1,051 
1:1.70 
117 
8.9 
45 
615 
9.9 
14.3 
1,206 
1:1.96 
124 
9.7 
30 
30 
707 
12.3 
9.5 
763 
1:1.08 
80 
9.0 
35 
707 
11.8 
11.1 
970 
1:1.37 
100 
9.7 
40 
707 
11.4 
12.7 
1,178 
1:1.66 
114 
10. 3 
45 
707 
10.9 
14.3 
1.364 
1:1.93 
123 
11. 1 
32 
30 
804 
13.3 
9.5 
834 
1:1.03 
79 
10.5 
35 
804 
12.8 
11.1 
1,067 
1:1.32 
100 
10.7 
40 
804 
12.4 
12.7 
1,305 
1:1.02 
114 
11.4 
4o 
804 
11.9 
14.3 
1,527 
1:1.90 
1 23 
12.4 
50 
804 
11.5 
15.9 
1, 750 
1:2.17 
129 
13.6* 
34 
30 
908 
14.3 
9.5 
906 
1 : 1. 00 
7o 
4.9 
35 
908 
13.8 
11.1 
1,161 
1:1.28 
95 
12.0 
40 
908 
13.4 
12.7 
1,433 
1:1.58 
112 
12.8 
45 
908 
12.9 
14.3 
1,684 
1:1.85 
121 
13.9 
50 
908 
12.5 
15.9 
1,951 
1:2.14 
128 
15.2 
3G 
35 
1,018 
14.8 
11.1 
1,265 
1:1.24 
95 
13.3 
40 
1,018 
14.4 
12.7 
1,560 
1:1.53 
110 
14.2 
45 
1,018 
13.9 
14.3 
1,844 
1:1.81 
120 
15.3 
50 
1,018 
13.4 
15.9 
2,149 
1:2.11 
128 
10.7 
55 
1,018 
13. 
17.5 
2,428 
1:2.38 
132 
18.4 
38 
35 
1,134 
15.8 
11.1 
1,360 
1:1.20 
93 
1 1.0 
40 
1,134 
15. 4 
12.7 
1,688 
1:1.48 
107 
L5.7 
45 
1.134 
14.9 
14.3 
2,005 
1:1.76 
118 
17.0 
50 
1.134 
14.4 
15.0 
2.:: is 
1:2.07 
120 
18.7 
55 
1,134 
14.0 
17. 5 
2.00S 
1:2.35 
132 
2D. 2 
40 
40 
1,256 
10.4 
12.7 
1,816 
1:1.44 
100 
17.0 
45 
1.250 
15.0 
14.3 
2,165 
1:1.72 
117 
1 8. 5 
50 
1,256 
15.4 
15.lt 
2.. MO 
1:2.02 
125 
20.3 
55 
1.250 
15.0 
1 7. 5 
2,909 
L.-2.31 
131 
00 
1.250 
1 1. 5 
10. 1 
3.250 
l 2 59 
135 
21. 1 
42 
40 
1 . 385 
17.4 
12.7 
1,943 
1:1.40 
1(15 
1 8. 5 
45 
1 . 385 
it;.!) 
14.3 
2,326 
1:1.68 
115 
20.2 
50 
1 . 385 
10.4 
15.9 
2,745 
1:1.98 
121 
22. 1 
:..-. 
I . :',x5 
16.0 
17.5 
3,149 
1:2.27 
130 
24.2 
60 
1 . 385 
15.5 
19.1 
3,542 
1:2.55 
L35 
26.2 
44 
45 
1 . 520 
17.9 
14.3 
2, 186 
1:1. OS 
II I 
21.8 
50 
1,520 
17.4 
15.0 
2.011 
1:1. 93 
123 
23. 
.",.-, 
1.520 
17.0 
17.5 
3.3S0 
1:2.22 
130 
26.1 
60 
1.520 
10.5 
10. 1 
:',. sin 
1:2.52 
L35 
28.3 
66 
1,520 
16.1 
20.7 
4,254 
1:2. so 
L38 
30. B 
49918— Bull. 76— 08- 
