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Volume 2: Managing Beiyang Chapter 717: Guardian Missile Defense Plan (2)

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    I wish you all a happy Dragon Boat Festival and family in advance

    ~~~~~~~~~~~~~

    The German Federation attempted to compete with the Chinese Empire in the missile defense system. They soon discovered how difficult it was to build a national missile defense system. Not to mention the technical strength, the money-burning capital expenditure alone was not enough for Germany.  scientists from the United Nations.

    Faced with Hitler's insistence, the Bundesliga scientists had no choice but to build a simple and practical missile defense system PD33, which was only used to defend the Bundesliga capital Berlin. The missile defense system covering the entire Bundesliga and Europe was provided by other NATO  Member States will bear the responsibility.  In order to scare the Chinese Empire, Delian deliberately lied, claiming that the PD33 missile defense system could detect and intercept any ballistic missile attack from the Warsaw Pact.

    ?? And Delian¡¯s actions make some scientists believe that in addition to Delian building its own missile defense system.  The German strategic ballistic missiles should also improve their combat effectiveness. That is, as long as they can break through the Guardian missile defense system of the Chinese Empire, the ballistic missile defense system that the Chinese Empire has spent huge sums of money to build will be in vain.

    In order to achieve this, German scientists are actively developing new ballistic missiles.  Including intercontinental ballistic missiles, medium-range ballistic missiles and short-range tactical ballistic missiles, Delian has developed dozens of ballistic missile models in just five years.  Most of these new ballistic missiles are based on speed. German scientists analyzed that as long as the German ballistic missiles are fast enough, they will arrive before the radar warning of the Chinese Empire, making it unable to respond in time.

    ¡°Obviously, the ideas of Delian scientists are worthy of recognition.  Unfortunately, during the development process, various problems came one after another, and it was very difficult to achieve it.

    But with the efforts of German scientists, the German ballistic missile technology has been greatly improved.

    Among them, among the long-range ballistic missile family, the German R-9 strategic ballistic missile is considered the best.  The R9 is a two-stage intercontinental ballistic missile that uses storable liquid propellant and an inertial guidance system. Its performance is close to that of the R7 missile two years ago.  The two missile stages have different diameters.  The diameter of the first stage is about 2.9 meters, and the diameter of the second stage is about 2.44 meters. The first and second stages are connected by a truncated cone-shaped interstage section.  The warhead is cone-shaped and is placed in an underground well.

    Since the terminal speed of the R9 ballistic missile is as high as Mach 4, once it enters the atmosphere from outer space, it is basically difficult for the existing air defense weapons of the Chinese Empire to intercept it.  The German high command believes that maintaining a strong offensive ballistic missile force can continue to maintain the nuclear balance with the Chinese Empire.  Hitler originally planned to deploy 1,500 R9 intercontinental ballistic missiles, but was ultimately limited by financial constraints.  Only 200 were deployed in actual combat.

    The Chinese Empire and the Warsaw Pact called the German R9 intercontinental ballistic missile the SS-9, nicknamed the Black Antelope.  In response to the huge threat of R9 ballistic missiles and the PD33 missile defense system claimed by the German Federation to intercept all intercontinental ballistic missiles coming from the Warsaw Pact, the Chinese Empire's military has also greatly improved the performance of ballistic missiles.

    As a confrontation with the German R9 ballistic missile.  The Imperial Chinese military developed the Mistral 11 ballistic missile, designated SM-11, which NATO calls the SS-11 Growler.

    The Mistral-class SM-11 intercontinental ballistic missile is 18.5 meters long, 1.84 meters wide, has a range of 6,750 nautical miles (12,500 kilometers), a standard launch weight of 34,500 kilograms, a maximum take-off weight of 45 tons, and a throw weight of 1,088 kilograms. It is propelled by a three-section rocket system.  The first and second stage rockets use solid hydrogen and oxygen combustion agents as fuel for the first time.  The third stage is the thermal emission mode of liquid fuel.

    Compared with liquid fuel, solid fuel has strong molecular activity and low chemical stability. It basically needs to be stored at low temperature, which is difficult for the rocket itself. Therefore, the fuel tank is basically not filled with fuel until it is used.  Raise.  As a result, when the liquid rocket is launched, it needs to be refueled, which will take a long time.  If the enemy's missile has been launched, the time given by the early warning radar is often not very long. If the refueling time is too long, it will be destroyed by the enemy's missile on the ground before it can be launched.

    at the same time.  In the 1950s and 1960s, the rocket fuel used by various countries was generally liquid hydrogen. Due to the extremely small hydrogen molecules, it has terrible corrosive power on various containers and is not suitable for long-term storage.  Therefore, the storage of missile fuel is a huge problem and consumes huge funds.  Even the Chinese Empire, which has abundant funds, is troubled by this long-term consumption of war preparations.

    It is precisely because of these unfavorable reasons that scientists from the Chinese Empire first successfully developed rocket solid fuel.  The solid rocket fuel used on the SM11 intercontinental ballistic missile can provide short-term acceleration to the missile. Engineers use conical charges or slow-release technology to slow down the burning speed of the solid rocket.  At the same time, solid rocket fuel is chemically stable at room temperature and does not have very strict storage requirements.  This significantly reduces daily maintenance costs.

    For SM11, in order to successfully break through the so-called missile defense system of Delian, its guidance system adoptsWith the advanced PDM-20 inertial balance guidance control system and the boost of a three-stage rocket, it can enter space in less than six minutes and fly in space at a speed of Mach 4.  After re-entering the atmosphere, the terminal speed of engine ignition reaches Mach 15, which is basically impossible to intercept by Delian's existing air defense weapons.

    However, the missile experts of the Chinese Empire used multi-warhead guidance technology for the first time on the SM-11 intercontinental ballistic missile.  That is, the warhead is equipped with a re-entry vehicle manufactured by Beiyang Electric, which contains three W-89 nuclear warheads with a yield of 170,000 tons, as well as eight metal sheet and decoy dummy warheads, which are used to confuse the enemy's interceptor missiles and greatly enhance the attack capability and  Penetration capability.

    ?????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????? The circumferential deviation of the SM11 ballistic missile was reduced to 320 meters, and the subsequent improved version once reached an ultra-high accuracy of 116 meters, posing a huge nuclear threat to Delaney and unprecedented pressure.

    Similarly, the allies of the Chinese Empire also need a certain nuclear umbrella.  Especially in the Warsaw Pact member states near Europe, such as the United Kingdom, Turkey, Armenia, Iceland and other countries, the Chinese Empire has large land, sea and air military bases in these countries, and a large number of nuclear missile silos are deployed in the bases.

    ¡°But these bases are close to the German Alliance and NATO countries. Considering the cost and actual combat effectiveness, the Chinese Imperial Military will not deploy long-range intercontinental ballistic missiles like SM-11 there.  Replaced by the SM-15 Vanguard short-range tactical ballistic missile and SM-19 Zhongwei medium-range tactical ballistic missile.  These two ballistic missiles are the basic models, and have been subsequently derived into many models, including low-altitude, medium-altitude, high-altitude and other uses.

    ??Among them, the SM-15 Avant-garde tactical ballistic missile is a key component of the Chinese Empire Guard missile defense system.  It is an improved version of the Guardian 2 missile.

    As one of the core components of the Guardian missile defense system, the Guardian 2 missile is one of the important weapons used by the Chinese Imperial Military to intercept Delian intercontinental ballistic missiles.

    The Guardian 2 anti-ballistic missile has a missile length (including booster) of 6.55 meters, a wingspan of 1.57 meters, a speed of 9,600 kilometers per hour, a launch height of 165 kilometers, and a maximum range of 900 kilometers. The propulsion device uses the MK32 (Purple Star) developed by Royal Science and Technology Heavy Industries.  Jun) Dual-thrust solid rocket with a total of three-stage engines.  The warhead uses a collision-type kinetic energy warhead and can also carry a small nuclear warhead.

    The Guardian 2 anti-ballistic missile is a key component of the land-based anti-missile system. It is mainly deployed in major military bases in the western and northern Xinjiang of the Chinese Empire because it borders the German Federation and other NATO countries.

    But soon the German Allied military was trying to avoid the interception of the land-based anti-missile system of the Chinese Empire.  The German Navy began construction of the Saxony-class guided missile cruiser, which was launched in 1957.

    As the first-class guided missile cruiser of the German Alliance Navy, it was stimulated by the Tornado-class guided missile cruiser of the Chinese Empire.  During the Battle of the Atlantic in the latter part of World War II, the Tornado-class guided missile cruiser of the Imperial Chinese Navy sank a super battleship of the German High Seas Fleet, which had a huge impact on the German Allied Navy.

    For a long time after the war, the German Navy has been hesitating whether to continue to develop a traditional fleet of battleships and aircraft carriers coexisting, or to build guided missile cruisers and aircraft carrier battle groups.  But in the end, the tight finances of the German Federation forced the German Navy to temporarily abandon the aircraft carrier battle group plan and instead develop asymmetric naval forces, eventually focusing on nuclear submarines and guided missile cruisers.

    In the early post-war period, the design and construction of guided missile cruisers of the German Allied Navy had not been smooth.  Until the German Federation's intelligence agency stole some of the construction data from the Chinese Empire's Tornado-class guided missile cruiser.  The German Navy began to imitate it on its own, and finally completed the construction of the Saxony-class guided missile cruiser in the late 1950s.

    Although the Saxony-class guided missile cruiser of the German Alliance Navy was modeled after the Tornado-class guided missile cruiser of the Imperial Chinese Navy during World War II, which was more than fifteen years behind the same type of guided missile cruiser of the Chinese Empire, it was a big improvement for the German Alliance Navy.  progress.

    In order to break through the interception of the Chinese Empire¡¯s missile defense system, the German Navy has undertaken an important task.  That is, according to Hitler's orders, the Saxony-class guided missile cruisers of the German Navy need to be capable of global projection and all-weather combat duty.  It is a strategic weapons platform capable of carrying ballistic missiles.

    In the spirit of this instruction, the German Navy's Saxony-class guided missile cruiser uses nuclear power and is equipped with a new type of R-11 intercontinental ballistic missile (Warsaw Pact code name SS-11), allowing this class of cruisers to enter the Pacific region for cruise.  Through the sea-based ballistic missile launch system, it can avoid the detection of the land-based ballistic missile defense systems deployed by the Chinese Empire in Western Europe, the Middle East and North America, and can attack the capital of the Chinese Empire in as fast as fifteen minutes, making it impossible for the Chinese Empire to respond in time.

    The first Saxon-class nuclear-powered missile cruiser entered the Pacific Ocean in the summer of 1958.  It was once close to the White Beach military base of the Chinese Empire in the Ryukyu Islands, causing China toThe empire was extremely nervous and sent a large number of fighter planes, warships and submarines to encircle and track it.

    The Saxony's entry into the Western Pacific made the Chinese Empire aware of the huge loopholes in the Guardian missile defense system, so the General Staff of the Chinese Empire immediately made relevant plans to make up for it. The Navy took the opportunity to put forward a request to build the Sea Guardian missile defense system, and obtained the Chinese  The approval of the imperial emperor Wang Chenhao.

    Guanghua fifty-nine years.  The Chinese Empire's fiscal year military budget approved a proposal to allocate 15 billion dragon coins to build the Sea-Based Guardian missile defense system.  As a supplement to the land-based Defender defense system, the bill upgrades platforms such as the Imperial Chinese Navy's Typhoon-class heavy cruisers, Tornado-class guided missile cruisers, and Ming-class strategic nuclear submarines, and installs the Sea-based Defender ballistic missile defense radar detection system and the Defender 3 anti-aircraft missile defense system.  Ballistic missile weapons platform.
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