If it does, it is not very effective. MOST are designed to explode when they are more than 1000 ft above the ground.
An atom bomb can explode either in the air or on the ground, depending on the desired effect. Airbursts are detonated above the ground to maximize the blast radius and thermal effects, while ground bursts are detonated on the ground to increase the amount of fallout produced. Both types of explosions have their unique characteristics and effects.
1952 Ivy Mike. Tested on Eugelab island of Eniwetok Atoll. Erased the island.
It will if it is fused for airburst. This is selected to maximize the area and severity of blast and thermal flash effects.
A hydrogen bomb (thermonuclear bomb) is more destructive than a regular nuclear bomb (fission bomb). Hydrogen bombs release much larger amounts of energy and have the potential to create significantly more devastation and damage.
A traditional nuclear fission bomb is used as a trigger in a hydrogen bomb. The explosion from the fission bomb generates the high temperatures and pressures needed to initiate the fusion reaction in the hydrogen bomb.
June 1967.
Post WWII, Russians tested a hydrogen bomb. It was first deployed in 1960.
An atom bomb can explode either in the air or on the ground, depending on the desired effect. Airbursts are detonated above the ground to maximize the blast radius and thermal effects, while ground bursts are detonated on the ground to increase the amount of fallout produced. Both types of explosions have their unique characteristics and effects.
1952 Ivy Mike. Tested on Eugelab island of Eniwetok Atoll. Erased the island.
when Soviets explode first atomic bomb
Tthe bomb is detonated before it hits the gound covering a wider area of effect, thus leaving more destruction then it would if it hit the ground.
There are 2 isotopes of hydrogen needed to make a hydrogen bomb: deuterium and tritium. Deuterium occurs naturally in small amounts mixed with ordinary hydrogen (just like uranium-235 occurs naturally in small amounts in natural uranium), it is obtained by a heavy water enrichment cascade using ordinary water as the input feed. Tritium does not occur naturally and must be manufactured by irradiating lithium with neutrons. Lithium is mined from the ground. The easiest way to manufacture the tritium for a hydrogen bomb is the in situ processwhere the bomb does it itself. The fuel for such a hydrogen bomb is lithium deuteride, fission generated neutrons irradiate the lithium deuteride, manufacturing tritium which mixes with the deuterium and the bomb is now ready to explode!Using a mixture of deuterium and tritium isotopes of hydrogen in the fusion bomb makes it practical as this mixture has the lowest ignition temperature.So to sum up your answer:deuterium is taken from watertritium is manufactured in the bomb from lithium, which is mined from the ground
The bombs that were dropped on Hiroshima and Nagasaki were atomic bombs and not nuclear bombs and were designed to explode above the ground and not on impact.
They explode, I believe
I presume you meant 'explode' not 'explore'. Which bomb? Where? When?
It depends on the kind of bomb. 爆 - means 'explode, blow up' 水爆 and 原爆 are expressions for Hydrogen Bombs and Atomic Bombs respectively
They sat there and watched the bomb explode into pieces.