Undersea submarine-launched missile system preventing nuclear warheads from being lost

Abstract

A submarine submarine-launched missile system that avoids the loss of nuclear warheads. It consists of missile submarines and warhead submarines. The missile submarines can easily carry missile bodies and bury them in the seabed. The warhead submarines can carry many nuclear warheads for combat readiness. When a nuclear counterattack is required, the nuclear warhead can be combined with the missile body buried in the seabed before launching; to prevent the nuclear warhead from falling into the hands of terrorists; the displacement required by the missile submarine and the warhead submarine is greatly reduced, and it is a low-power silent design such as The adoption of thermionic reactor technology has laid the foundation, making it more difficult for existing detection technologies to detect these submarines and missiles; it can carry out nuclear counterattacks at a closer distance from the enemy; it brings hope for breaking through the missile defense system and maintaining the nuclear strategic balance.

Description

technical field [0001] The invention relates to a nuclear missile system, in particular to a submarine submarine-launched nuclear missile system. Background technique [0002] Mutually effective nuclear missile strike capabilities among major powers are a necessary condition for maintaining world peace; however, some countries are vigorously developing anti-missile systems in an attempt to break this balance; the technology to break through the enemy's anti-missile systems is to maintain nuclear strategic balance and safeguard the human race. The key technology for peace and avoiding nuclear destruction; the anti-missile system is highly dependent on satellite, radar and other technologies, and has a strong ability to identify and destroy land-based and air-based missile systems, but weaker ability to identify submarine-launched missile systems. Therefore, carrying Large strategic nuclear submarines with sufficient equivalent missiles have become the hope for nuclear counter...

AI Technical Summary

Problems solved by technology

[0002] Mutually effective nuclear missile strike capabilities among major powers are a necessary condition for maintaining world peace; however, some countries are vigorously developing anti-missile systems in an attempt to break this balance; the technology to break through the enemy's anti-missile systems is to maintain nuclear strategic balance and safeguard the human race. The key technology for peace and avoiding nuclear destruction; the anti-missile system is highly dependent on satellite, radar and other technologies, and has a strong ability to identify and destroy land-based and air-based missile systems, but weaker ability to identify submarine-launched missile systems. Therefore, carrying Large strategic nuclear submarines with sufficient equivalent missiles have become the hope for nuclear counterattacks; however, as the displacement of strategic nuclear submarines increases, the power demand increases correspondingly, and its ultrasonic noise will inevitably increase. With the development of sonar technology, relying on large strategic nuclear submarines The possibility of breaking through the enemy's anti-missile system is gradually decreasing; although some more advanced and difficult-to-detect submarine silence technologies have appeared, such as thermionic reactor technology, the smaller power is difficult to meet the needs of large strategic nuclear submarines; therefore, using The missile system for the smaller submarine to achieve strategic nuclear counterattack is the key technology for us to break through the missile defense system, maintain the nuclear strategic balance, maintain human peace, and avoid nuclear destruction

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