Optimal height of burst nuclear weapon
Web@article{osti_6863004, title = {On nuclear height-of-burst airblast at high overpressure. Topical report}, author = {Carpenter, H J}, abstractNote = {Results of a brief review and evaluation of height-of-burst (HOB) airblast environments produced by nuclear weapons, with emphasis placed on the high overpressure side of the thermal precursor shock … WebSTEP 1: scale height of burst and ground distance to 1 kt. h1 = 2000 ft/ (1000)1/3 = 200 feet. d1 = 3000 feet / (1000)1/3 = 300 feet. STEP 2: use graph to find magnitude of effect: …
Optimal height of burst nuclear weapon
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WebJul 24, 2011 · In the 500 REM dosage range, mortality can run between 50% [450 rems] and 90% [600 rems] without heroic medical intervention. The 5 psi overpressure is sufficient to … WebThe thickness and surface range of the deposition region is a function of height-of-burst (HOB) and weapon size and type. A representative thickness is from 20 kilometers to 40 kilometers, but a deposition region may be as thick as 70 kilometers (10 kilometer to 80 kilometer altitude) for a 300 kilometer HOB and a 10 megaton weapon.
Webnuclear weapons and an increase in the production of plutonium cores for nuclear weapons. Specifically, the NPR outlined plans to introduce a new class (Columbia) of nuclear-powered ballistic missile submarine (SSBN); a new nuclear-capable strategic bomber (B-21 Raider); a new long-range . 1
WebEarly and delayed fallout: Depending on height of burst, weather conditions, etc. 13. Air Blast 14. Shock Wave and Winds Velocities Peak overpressure Max. wind velocity 100 psi 1400 mi/hr 50 psi 900 mi/hr ... Nuclear weapon storage … WebWhen a bomb is detonated below 100,000 feet but high enough that the fireball of the detonation does not actually touch the Earth's surface, it is considered an air blast. [1] …
WebJun 2, 2015 · I don't know the exact height and I imagine it changes with the strength of the bomb, but from memory, I remember reading that 500 feet was the ideal height - not sure …
WebRadiation levels are greatest near the epicenter of the explosion, and decrease rapidly with distance from the point of the burst. Carried predominantly by gamma rays and neutrons produced within the first minutes after the explosion Can cause whole body exposure and Acute Radiation Syndrome, if dose is sufficient Light and heat (thermal energy) northeastern sevis contactWebThe weapon burst parameters governing thermal effects from nuclear weapon explosions are reviewed as part of the OCD progran. for assessing urban vulnerability to fire from nuclear bursts. The most important burst parameters are weapon yield, burst height, distance from target, and nurriber of bursts. how to resurface your bowling ballhttp://www.princeton.edu/~aglaser/lecture2007_weaponeffects.pdf north eastern services ogdenWebAssumed wind speed is 15 and 30 miles per hour for a surface burst. Notes: The nuclear bomb dropped on Hiroshima during World War II yielded 15 kilotons and the one dropped … north eastern services tremonton utahWebResults of a brief review and evaluation of height-of-burst HOB airblast environments produced by nuclear weapons, with emphasis placed on the high overpressure side of the thermal precursor shock envelope, are presented. It is concluded that no significant precursors will be formed at and above the 1000 psi overpressure level for any value of … northeastern sfraWebThe latter is defined as a burst at that height which maximizes an effect for a particular range and yield, e.g., for a yield of 1 MT, a burst height of 5,000 ft maximizes the overpressure at 1.2-mi range while a 10,000-ft height … north eastern services tremontonWebThis model provides the distribution of fallout, by wind, from nuclear detonations of various yields. The contours depict calculated radiation doses of 3000, 1000, and 300 RADS hours after detonation. Assumed wind speed is 15 and 30 miles per hour for a surface burst. how to resurface stainless steel sink