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Atomic Fireball: A round, cinnamon-flavored hard candy invented by Nello Ferrara (1918–2012) in 1954. They are a form of jawbreaker. The outer layers of the candy are a bright red color, while the interior layers are white. Atomic Fireballs have been adopted by Flight Controllers in NASA's Mission Control as the "Console Candy of Choice". [36]
This is known as a "radiatively driven" fireball. [citation needed] Inside the radiative fireball, the bomb itself is rapidly expanding due to the heat generated by the nuclear reactions. This moves outward at supersonic speeds, creating a hydrodynamic shock wave at its outer edge. After a brief period, this shock front reaches and then passes ...
The lack of compression makes such designs inefficient, but the simplicity and small diameter make it suitable for use in artillery shells and atomic demolition munitions – ADMs – also known as backpack or suitcase nukes; an example is the W48 artillery shell, the smallest nuclear weapon ever built or deployed. All such low-yield ...
Atomic Fireball. Atomic Fireballs aren’t for the faint of heart, and 23.9% of American trick-or-treaters would rather go for something a little less explosive. ... Simply Recipes. This 2 ...
The fireball of the conventional explosion was visible from Alamogordo Army Air Field 60 miles (100 km) away, but there was little shock at the base camp 10 miles (16 km) away. [53] Shields thought that the explosion looked "beautiful", but it was hardly felt at 15,000 feet (4,600 m). [54]
Understanding the magnitude of the Hiroshima atomic blast is difficult to imagine if it can't be put into perspective. The incredibly high number of casualties and injuries, including the ones ...
Intense thermal radiation at the hypocenter forms a nuclear fireball which, if the explosion is low enough in altitude, is often associated with a mushroom cloud. In a high-altitude burst where the density of the atmosphere is low, more energy is released as ionizing gamma radiation and X-rays than as an atmosphere-displacing shockwave.
The fireball created by Ivy Mike had a maximum diameter of 5.8 to 6.56 km (3.60 to 4.08 mi). [5] [6] [7] This maximum is reached a number of seconds after the detonation and during this time the hot fireball invariably rises due to buoyancy. While still relatively close to the ground, the fireball had yet to reach its maximum dimensions and was ...