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Environment and Development »
Nuclear Theft: Risks and Safeguards
Tables
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Tables |
|
| 2–1 |
Damage Radii for Various
Effects of Nuclear Explosions as Functions of Yield |
23 |
| 2–2 |
Lethal and Significant
Contamination Areas for Release of Air Suspensions of Plutonium
Inside Buildings |
25 |
| 3–1 |
Characteristics of Typical
U.S. Reactors |
50 |
| 3–2 |
Forecasts of U.S. Nuclear
Power and Associated Nuclear Material
Flows—1972–1980 |
52 |
| 3–3 |
Total Masses of Material
that Contain One Fast Critical Mass of Material, if Separated from
other Materials and Converted to Metal (Total Mass in
Kilograms) |
54 |
| 3–4 |
Fuel Cycle Materials Rank
Ordered by Increasing Weights Required to Yield One Critical Mass
of Fission Explosive Material in Metallic Form without Uranium
Enrichment |
54 |
| 3–5 |
Fuel Cycle Materials Rank
Ordered by Increasing Weights Required to Provide One Critical Mass
of Fission Explosive Material without either Chemical Processing or
Isotope Enrichment |
55 |
| 4–1 |
U.S. Nuclear Power
Forecast |
60 |
| 4–2 |
Nuclear Power Options,
1980–2000 |
63 |
| 4–3 |
Annual Production Rates of
Nuclear Weapon Materials |
65 |
| 7–1 |
Possible Nuclear Material
Categories for a System of "Graded" Safeguards |
130 |
| B–1 |
Characteristics of Typical
Foreign Reactors |
195 |
| B–2 |
Forecasts of Foreign
Nuclear Power and Associated Nuclear Material
Flows—1972–1980 |
196 |
| B–3 |
Foreign Nuclear Power, by
Country |
197 |
| B–4 |
Foreign Forecast of
Installed Nuclear Power Capacity (Thousands of Megawatts) Excluding
Communist Countries |
198 |