Chinese Military Investigates What Would Happen If They Shot the Same Target With Three Rapid-Fire Nuclear Missiles
Here is a “Dr. Strangelove” -Sounding idea: Leave three nuclear missiles in a row to the same goal.
The Chinese army simulates this shock and awe script in a miniature laboratory experiment to see what kind of damage it would be. Accordingly South China Morning Post– And Published his findings The Science Journal at the beginning of this month, Bangs and shock waves.
In a rapid successor, they found that the impact of a target with multiple nuclear ammunition left a larger crater and caused more destruction than a single explosion – duh – But scientists claim that the research is about because it is the first laboratory test that correctly simulates the damage to such a brutal attack.
However, the actual value from this test is that the army can collect data from paper to create better shelters that can withstand such an apocalypse – a subject that is in mind as China and the United States Your weapons are your size arsenal in the middle of rising geopolitical voltage.
In particular, scientists in the article chose the power of American and Russian weapons, “New generation low -fertile soil penetration [nuclear missile] Warheads ”as a source of concern.
For the strike tests, the Chinese military scientists team produced a metallic vacuum room with heavy, thick walls, but small enough to fit into a laboratory room. In the room, they used pressurized gas to pierce the three glass spheres embedded in quartz sand to quickly simulate the nuclear explosions, and the cameras caught every second of these explosions.
They made calculations. US Palanquin test in 1965It was kept to describe the effect obtained from a nuclear explosion; This long time ago in Nevada explosion in the experiment He left a crater radius 119 feet and about 69 feet depth.
They reconstructed the Palanquin test in miniature to verify laboratory installations and create a basis for comparisons. In the experiment, which quickly uses multiple strikes, scientists found that such a scenario would give a much larger crater than the Palanquin test: 374 feet in the radius and 115 feet depth.
“Results show that multi -point explosions significantly increases crater radius, volume and free surface projection area compared to single -point events, significantly expanding the damage area and deeply affecting the explosive burial depth.
This is a sober result for everyone who designs future nuclear shelters; They will definitely cut their jobs for them.
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