prompt radiation मीनिंग इन हिंदी

उदाहरण वाक्य

1. For kt, prompt radiation is the dominant producer of casualties on the battlefield.
2. They are part of the " prompt radiation " emitted by nuclear weapons immediately on detonation.
3. Nuclear bunkers must also cope with the underpressure that lasts for several seconds after the shock wave passes, and prompt radiation.
4. With larger weapons, above 50 kt ( 200 TJ ), blast and thermal effects are so much greater in importance that prompt radiation effects can be ignored.
5. Unlike the relatively low-yield, or low explosive energy " A-bombs " dropped on Hiroshima and Nagasaki, which did result in a sizable proportion of injuries from prompt radiation, higher yield " Hydrogen bombs " ( thermonuclear weapons ) are not expected to result in very many such injuries.
6. Note that using the explosive yield of a neutron weapon to measure its destructive power can be deceptive, especially given the W70s variable yield-so-called " neutron bombs " only display their unique qualities at lower yields; at higher yields, the radius of intense heat and blast effects far outstrips the range that the prompt radiation can reach through an atmosphere.
7. :What * would * be militarily useful would be a nuclear bomb that weighed 25kg, had the explosive potential of 10 or 100 tons of chemical explosive, didn't produce fallout, and whose lethal prompt radiation dose didn't extend beyond the blast radius ( so everybody who would die from radiation effects is instead killed instantly by the blast ).
8. :: : Short answer to 2 and 3 : assuming a typical weapon used by ( for example ) the Russians of about 500kt, it's unlikely that you'd be killed by the blast or the prompt radiation at that distance, though you might get killed by falling glass in Manhattan, and may get some superficial but painful burns if you're out on the street.
9. It's also the difference between prompt radiation ( caused by reactions " in " the bomb ) and delayed radiation ( caused by the remains of the bomb and its effect on the landscape ) See " 5.2 . 1 Radioactive Contamination " and " 5.3 . 2.1 Sources of Radiation " here for a great overview .-- talk ) 08 : 18, 24 November 2007 ( UTC)