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Page Title:
Determining Effective Fallout Wind |
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Determining Effective Fallout Wind To determine the effective fallout wind and the hazardous fallout zones, in addition to the wind vector plot, you must determine the height of the top and bottom of the nuclear cloud and the 2/3 stem height. This information is taken
Figure 6-9-2.-Wind vector plot. Table 6-9-1(A).-Vector Lengths in Centimeters for Map Scale 1:50,000 and Wind Speed in Knots 1:50,000 knots
Note: Above 18,000 meters, altitude layers for plotting vector diagrams continue to beat 2,000 meter intervals. However, the map distance factors vary so little that some of the columns in the above table are combined for convenience. Table 6-9-1(B).-Vector Lengths in Centimeters for Map Scale 1:50,000 and Wind Speed in Kilometers-per-hour 1:50,000 km/h
Note: Above 18,000 meters, altitude layers for plotting vector diagrams continue to be at 2,000 meter intervals. However, the map distance factors vary so little that some of the columns in the above table are combined for convenience. Table 6-9-2(A).-Vector Lengths in Centimeters for Map Scale 1:100,000 and Wind Speed in Knots 1:100,000 knots
Note: Above 18,000 meters, altitude layers for plotting vector diagrams continue to be at 2,000 meter intervals. However, the map distance factors vary so little that some of the columns in the above table are combined for convenience. |
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