implosion weapon การใช้

• They are also considerably heavier, and much smaller than conventional implosion weapons.
• Linear implosion weapons requiring 2-3 times more plutonium are proportionally more expensive.
• Linear-implosion weapons, requiring two to three times more plutonium, are considerably more expensive.
• To achieve a large explosive yield, a linear implosion weapon needs somewhat more material, about.
• The use of uranium-235 in an implosion weapon instead of the inefficient gun type Little Boy was an obvious development.
• Linear implosion weapons have much lower efficiency due to low pressure, and require 2-3 times more nuclear material than conventional implosion weapons.
• Linear-implosion weapons have much lower efficiency due to low pressure, and require two to three times more nuclear-material than conventional implosion weapons.
• Linear-implosion weapons have much lower efficiency due to low pressure, and require two to three times more nuclear-material than conventional implosion weapons.
• Linear implosion weapons have much lower efficiency due to low pressure, and require 2-3 times more nuclear material than conventional implosion weapons.
• Fuchs had been intimately involved in the development of the implosion weapon, and passed on detailed cross-sections of the Trinity device to his Soviet contacts.
• The neutron output per kiloton is then 10 15 times greater than for a pure fission implosion weapon or for a strategic warhead like a W87 or W88.
• With an implosion weapon, plutonium is compressed to a high density with explosive lenses a technically more daunting task than the simple gun-type design, but necessary to use plutonium for weapons purposes.
• Since implosion weapons can be designed that will achieve yields in this range even if neutrons are present at the moment of criticality, fusion boosting allows the manufacture of efficient weapons that are immune to predetonation.
• An implosion weapon needs less nuclear material than is required to form a critical mass at normal pressure and configurations, and uses precise explosive assemblies to collapse the material to many times normal density in order to attain critical mass.
• Russian documents show that by the time the test bomb detonated in the New Mexico desert 12 days later, Soviet scientists already had a precise description of the American " implosion weapon " made of nested layers of plutonium, aluminum, beryllium and uranium.
• To achieve a large explosive-yield, a linear-implosion weapon needs somewhat more material, on the order of 13 kilograms . 13 kilograms of alpha-phase ( highest density ) plutonium at a density of 19.8 g / cm?is 657 cubic centimeters, a sphere of radius 5.4 cm ( diameter 10.8 cm / 4.25 inches ).