Nuclear Weapon
(Tsar Bomb)
A Nuclear
weapon (also known as nuclear bomb, nuke, atomic bomb) is an
extremely explosive device that derives its destructive force from nuclear
reactions, either fission or fusion or combination of both. Nuclear weapons
technology was developed during 1930s and 1940s. The first nuclear bombs were
detonated during World War II over Hiroshima and Nagasaki in August
1945. The atomic bomb contained only about 64 kg (140 pounds) of highly
enriched Uranium, released energy equaling about 15 kilotons of chemical
explosive. The blast immediately produced a strong shock wave, enormous
amounts of heat and lethal ionizing radiation. The devastating power of bombs
dropped on Japan forced the surrender of the Japanese.
Since then,
controlling the proliferation of nuclear weapons has been an important issue in
international relations and the two detonations in Japan remained the only ever
usage in warfare till now.
Tsar Bomb:
The RDS-220
Hydrogen bomb, also known as the Tsar Bomba, is the biggest and most
powerful thermonuclear bomb ever made. It was tested by the Soviet Union on 30
October 1961 over Novaya Zemlya Island in the Russian Arctic Sea. The Tsar bomb
was air dropped by a Tu-95 bomber using huge fall-retardation parachute. The detonation
occurred 4 km above the ground producing a yield of 50 Mt, which is supposed to
be equivalent to the explosive power from the simultaneous detonation of 3,800
Hiroshima bombs.
Tsar Bomb
contained three stages, unlike normal thermonuclear weapons that explode in
just two stages. While the addition of third stage increased the explosive
power of the thermonuclear, the bomb’s actual yield of 100 Mt was reduced by
50% to limit the radioactive dust. According to initial data, the Tsar bomb had
a nuclear yield of 58.6 Mt (245 PJ), and was overestimated at values all the
way up to 75 Mt (310 PJ).
Some major data
of explosion:
Ø The 8 km fireball
reached nearly as high as the altitude of the release plane and was visible at
almost 1,000 km away from where it ascended,
Ø The mushroom
cloud was about 67 km (42 mi) high,
Ø The cap of the
mushroom cloud had a peak width of 95 km and its base was 40 km wide,
Ø Its seismic body
wave magnitude was estimated at 5-5.25,
Ø The bomb,
weighing 27 metric tons, was so large (8 meter long by 2.1 meter in diameter),
Ø The bomb was
attached to an 800 kilogram, 1600 square meter parachute, which gave the release
and observer planes time to fly about 45 kilometers away from ground zero,
giving them a 50% chance of survival.
List
of Most Powerful Nuclear Weapons:
a.
B41
nuclear bomb – 25 Mt
b.
TX-21
“Shrimp” (Castle Bravo) – 14.8 Mt
c.
MK-17/EC-17
– 10 Mt to 15 Mt
d.
MK
24/B-24 – 10 Mt to 15 Mt
e.
Ivy
Mike H-Bomb – 10.4 Mt
f.
Mk-36
nuclear bomb – 10 Mt
g.
B53
(MK-53) – 9 Mt
h.
MK-16
(TX-16/ EC-16) nuclear bomb – 7 Mt
i.
MK-14/
TX-14 – 6.9 Mt
lado
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