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- appendix_F.htm accessdate "2013-03-11".
- appendix_F.htm accessdate "2013-11-30".
- appendix_F.htm isCitedBy Atomic_demolition_munition.
- appendix_F.htm isCitedBy Duck_and_cover.
- appendix_F.htm isCitedBy Effects_of_nuclear_explosions.
- appendix_F.htm isCitedBy Neutron_bomb.
- appendix_F.htm publisher Assistant_Secretary_of_Defense_for_Nuclear,_Chemical,_and_Biological_Defense_Programs.
- appendix_F.htm quote """Initially, this blast wave moves at several times the speed of sound, but it quickly slows to a point at which the leading edge of the blast wave is traveling at the speed of sound, and it continues at this speed as it moves farther away from ground zero"".
- appendix_F.htm quote ""Anything that casts a shadow or reduces light, including buildings, trees, dust from the blast wave, heavy rain, and dense fog, provides some protection against thermal burns or the ignition of objects. Transparent materials, such as glass or plastic, will slightly attenuate thermal radiation""".
- appendix_F.htm quote ""At the height of the Cold War, however, North Atlantic Treaty Organization forces had contingency plans to use craters from nuclear detonations to channel, contain, or block enemy ground forces. The size of the crater and its radioactivity for the first several days would produce an obstacle that would be extremely difficult, if not impossible, for a military unit to cross."".
- appendix_F.htm quote ""For surface and low-air bursts, the fireball will rise quickly, and within approximately one minute, it will be at an altitude high enough that none of the gamma radiation produced inside the fireball will have any impact to people or equipment on the ground. For this reason, initial nuclear radiation is defined as the nuclear radiation produced within one minute post-detonation. Initial nuclear radiation is also called prompt nuclear radiation."".
- appendix_F.htm quote ""Individuals who sense a blinding white flash and intense heat coming from one direction should immediately fall to the ground and cover their heads with their arms. This provides the highest probability that the air blast will pass overhead without moving them laterally and that debris in the blast wave will not cause impact or puncture injuries. Exposed individuals who are very close to the detonation have no chance of survival. At distances at which a wood frame building can survive, however, exposed individuals significantly increase their chance of survival if they are on the ground when the blast wave arrives and if they remain on the ground until after the negative phase blast wave has moved back toward ground zero"".
- appendix_F.htm title "The Nuclear Matters Handbook".
- appendix_F.htm title "The Nuclear Matters Handbook, F.13".
- appendix_F.htm title "The Nuclear Matters Handbook: Expanded Edition – Appendix F: The Effects of Nuclear Weapons".
- appendix_F.htm url appendix_F.htm.
- appendix_F.htm url "http://www.acq.osd.mil/ncbdp/nm/nm_book_5_11/appendix_F.htm".
- appendix_F.htm year "1991".