The five lotus peaks of more than 50 kilometers west of Xufu are between Zhaotong Water, and between Suijiang, Yongshan and Yanjin County.
Rocket launch and related experiments.
On the morning of January 7th, Anyi was Major General Dali Korn Bog Geg, the deputy director of the Rocket R & D Center, and Major General Hu Zhijie, the deputy director of Lieutenant Colonel Kane Bog Geg, the Jewish Rockets.
The remote rocket attack system developed.
Tesla, a working madman, did not have enough rocket launch several times in a row, and personally went to the extremely critical power device laboratory in the rocket system. The control system laboratory sat in the town.
Pump supply systems, pump pressure conveying systems, nitrogen supercharged systems, electric explosion control control system and other key rocket promotion equipment.
Among them, the engine using a closed turbine pump supply system is divided into two different models. The first name is TSL-1 (Tesla I) engine.
The kinetic energy that is sufficient to drive the rocket and its carrier to break away from the gravity of the earth. The thrust chamber adopts the mezzanine welding structure. The main materials are heat-resistant alloy steel; the second is TSL-2 (Tesla II) high-altitude engine.
Compared with the type I, the change is mainly installed with a glass reinforcement in noise to extend the pipe, which increases the ratio of the spray area. The turbine pump group is moved from the top of the combustion room to the side, which shortens the total length of the engine.
The tube is discharged, and the small rack is used to pass the thrust to the bottom of the tank cone, and a reliable high -altitude ignition measures are taken.
Tesla started to improve the rocket promotion agent formula. Often, he was equipped with a formula, and immediately asked people to take a power combustion experiment. In a short period of time, more than 50 related departments conducted thousands of experiments.
In the end, nitric acid was obtained, liquid nitrogen was used as oxidant, kerosene, alcohol, biased two metacaria, liquid hydrogen as the best proportion of combustion.
Small satellites of radar launchers and antennas are discharged and sent to space 440 kilometers away from the earth, and then entering the orbit of flying around the earth, running everything is normal.
In such a short period of time, the Rockets made a breakthrough and made a satellite that weighing nearly 100 kilograms of heaven and entered the running track, which made Anyi very surprised and surprised.
After mobilizing research materials, it was found that the system of human system research on rockets had a history of more than sixty years, and Tesla himself has studied Rockets with more than 30 years.
In the 1980s, Swedish engineer Rawars invented the Rawar ink, which improved the design of the Rocket engine. At the end of the last century, Russian Rockets Master Zionovsky proposed to make large -scale liquid rockets.
The idea and design principle, the liquid rocket technology is in the ascendant, at this time Tesla started professional research on this. Twelve years ago, the American rocket expert and physicist Goda tried to fly the first unknown liquid rocket.
A rocket fever was set off. Among them, Germany, which was limited by the Versailles Treaty, could not develop military reserve, and focused their attention on unlimited rocket research, and a large number of genius characters emerged.
Among Tesla's many names, why is he still known as the "Father of Rockets"? This is because as early as 1915, Tesla researched and designed a long-range rocket system, an epoch-making
Creativity, was brought to war-torn Germany by his German assistant, trying to help his motherland win the war, but before the rocket
After the war was developed, the war ended, and the rocket system was secretly hidden. It was not until the Nazi Party came to power that research was resumed. This became the famous V2 rocket system. Unfortunately, this was already Tesla's oldest idea.
, after more than ten years of research, Tesla’s understanding of rockets has already reached a new level.
Eleven years ago, Tesla designed the "quasi-Saturn V" rocket system on the drawings. The "terminal gravity device" in the overall hardware part seemed monotonous and simple, but its system was the most complex and
A difficult gravity system, and this system can withstand any lightning strike and any external attack, because the system will automatically shield and adjust. This is the unique gravity and electromagnetic device in Tesla's design, which cannot be imitated by outsiders.
With so much technical foundation, coupled with thousands of unique designs, if Tesla cannot greatly improve its rocket technology with sufficient funding and the full cooperation of all departments, then there will really be a problem.
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Just as Tesla was producing amazing rocket achievements one after another, the long-range attack rocket system used for military purposes also achieved fruitful results under the leadership of Ding Molan.
The long-range rocket attack system developed by the expert team led by Ding Molan completely follows Tesla's latest rocket design ideas. The core part of the rocket engine uses a turbine pump, that is, the turbine part and the pump part. The two are directly connected and driven by the turbine.
The pump generates higher pressure, driving the rocket to fly forward continuously.
This long-range strike rocket is composed of guidance components such as a gyro attitude sensor, an accelerometer, a timer, and a fuel supply cutoff. When launching, it is necessary to measure the launch site, and then obtain the distance between the target and the launch site, as well as the rocket's flight direction. However, due to
The rocket is launched vertically and turns to the target direction at an altitude of 40,000 meters. Therefore, a relatively complex gyro attitude meter is used to measure the three-dimensional flight attitude of the rocket, and the accelerometer is used to control the timely movement speed of the rocket. In this way, the three-dimensional motion of the rocket is obtained.
Data can control the rocket to turn to the target direction at a specified height.
Before the rocket is launched, the ground first calculates the speed required for the rocket to fly to the target after completing the turn. However, due to various reasons, it is impossible to quickly calculate the accurate required speed and trajectory of the rocket after turning, so the rocket engine needs to continue to work.
, and keep pushing the rocket to a distance close to the target, so that you only need to calculate the rocket shutdown position, so this effect can be achieved with a mechanical timer.
At the specified time, if the rocket fuel has not been exhausted, the timer will control the fuel supply cutoff and terminate the work of the rocket engine. If the timer and accelerometer data cooperate to show that the rocket has flown over the target, and the rocket speed is still very high.
If it is large, then the rocket's gyro system will control the rocket's airfoil, allowing the rocket to dive and fall, destroying the enemy. Otherwise, it will lock the airfoil and allow the rocket to continue flying inertially.
What Ding Molan wants to show An Yi today is a rocket attack system named "Hot Wheels" No. 2 (referred to as F-2).
The rocket system can carry a 1.5-ton high-explosive warhead and shoot it to a target 350 kilometers away. The projectile body and warhead are not separated. The total length is about 16 meters, the diameter is about two meters, and the maximum flight altitude is 90 meters.
Two kilometers. The rocket uses alcohol and liquid oxygen as fuel. The two fuels will be introduced into the combustion chamber through a pipeline in a certain ratio for ignition and propulsion. The pipeline is specially set next to the combustion chamber wall for the purpose of cooling to avoid combustion chamber damage.
Overheating or even melting. At the tail end of the rocket, a metal plate called a gas rudder is placed, mainly to change the airflow and induce the rocket to move in the right direction. It can also be used to change the rocket's path. The guidance method is
With traditional inertial guidance, when the rocket is ignited, the liquid fuel thruster will push the rocket to a certain height and speed. After the fuel is burned out, it will continue to shoot towards the target along the parabola due to inertia.
Ding Molan stood in front of the rocket launcher, her face in high spirits, and she did not show any signs of the charming, lazy and charming mood she had when she was alone with An Yi last night:
"Due to the use of the electromagnetic and gravitational devices developed by my adoptive father, our rocket error rate is controlled within one hundred meters, which will make the application of our new weapon extremely lethal. I heard that Germany is also
Researched attack rocket systems and developed three rockets, a-1, a-2, and a-3. However, their development progress lagged far behind our research center, which has many years of research and theory from my adoptive father. The error
It is also calculated in kilometers.
"With the F-2, a long-range anti-personnel weapon, in the future we can use the radar feedback information to kill the enemy on a large scale at a place far away from the enemy, especially the fleet docked in the port, the troops and tank armor that are ready to go.
The lethality of swarms is particularly significant.”
This is really a deliberate attempt to plant flowers but not to cultivate willows. An Yi never thought that he would simply ask Tesla to study the issue of how to use space energy, and by the way improve the Xu government's scientific research strength, and provide many natural resources.
Research and breakthroughs in the discipline laid a solid foundation, but Tesla's breakthrough in rocket research actually led to the early emergence of missiles, a future weapon.
Yes, this kind of rocket attack system is what later generations will call ballistic missiles. Although it still looks primitive now, as long as you are patient enough, medium-range ballistic missiles with a range of one thousand kilometers and missiles with a range of more than three thousand kilometers can be
Long-range ballistic missiles must also be achievable. If such missiles are equipped with nuclear warheads, then the real strategic deterrent force of the Anjiajun system will appear.
An Yi was a little excited. He walked to the launcher, touched the cold body of the F-2 rocket system, turned to look at Ding Molan, and said with great gratitude:
"Thank you, Mo Lan, I didn't expect that you would bring me such a big surprise. I only thought about this kind of weapon in my dreams, but I never expected that I would be able to see it with my own eyes today. Its power is not only
Not only because of its huge damage, but also because of the technological content it represents and a trend in the development of advanced weapons in the future. Think about it
Look, this kind of weapon has been continuously improved and installed on our warships, fighter planes and helicopters. How much pressure will our opponents bear? I suggest that this brand-new weapon system be named a missile so that it can be distinguished from our rocket launchers.
Kailai also makes those who don’t understand the principle of this weapon always confused.”
"missile?"
Rocket expert David Kornberg thought for a moment and agreed with his face: "This is a good name. Our new type of weapon originally relies on the guidance system to control the flight trajectory. It can designate a target to attack. It relies entirely on itself.
The power unit propels it and is guided by the guidance system, which controls its flight path and guides it to the target. It is most appropriate to name it a missile!"
Ding Molan saw An Yi's admiring expression and remembered the death-defying love last night. She suddenly felt shy, her pretty face turned red, and she lowered her head for no reason.
Zhu Yuning, who returned to China at the same time as Ding Molan and Zhang Ruyi, was assigned to the Firearms Research Institute and participated in the research and development of automatic rifles. Later, the Firearms Research Institute was upgraded to the Weapons Research Institute and began to engage in the research and development of more new weapons, including large-caliber sniper rifles and
The research and development of the rocket launcher also embodies Zhu Yuning's hard work.
Hearing An Yi talk about the future applications of missiles, her vision was opened. She thought about it and suggested: "The flight time of anti-aircraft shells is 40 seconds, which is very effective against all current aircraft, but if it is used against the aircraft we have just developed,
Fighter aircraft equipped with jet engines, bombs
The projectile must fly to the target in 30 seconds, so using anti-aircraft shells is very reluctant. To effectively destroy fighters equipped with jet engines, is it possible to try to use missiles as weapons? Can our Ordnance Research Institute use the F-2 missile system?
, developing surface-to-air missiles?”
An Yi was very happy with Zhu Yuning's inference: "Not only are surface-to-air missiles, we also need to develop air-to-surface missiles, air-to-air missiles, submarine-to-surface missiles, shore-to-surface missiles and other missiles. This requires the rocket research department and the weapons research department to work together.
, let’s continue our missile research together. By the way, Yu Ning, what is the jet fighter you are talking about?”
Zhu Yuning pursed his lips and smiled: "You have to ask Mo Lan about this. This is the latest research result of their rocket research and development center. I shamelessly asked again and again before I got some clues."
"Oh? Is that so?"
An Yi looked at Ding Molan with interest.
Ding Molan nodded proudly and reported the development progress of the jet engine.
Under the leadership of Tesla, the genius, Syria's rocket technology has made great progress, and it has also greatly promoted other related scientific and technological research. The first to benefit is the jet that has been integrated into the rocket research and development center.
Research on aircraft issues.
The rocket engine designed by Tesla quickly attracted experts who studied jet engines and aircraft. They followed Tesla and worked as assistants and students for more than a month before they finally understood the Tesla Model i and
II engine, he immediately began to develop a jet engine and soon developed a prototype.
This jet engine uses a turbine-driven compressor, so that it has enough pressure to generate strong thrust at low speeds. It works according to a "working cycle", sucking in air from the atmosphere, and after compressing and heating it
, air gains energy and momentum at speeds up to 610 m/s or approximately 2253 km
It is discharged from the propulsion nozzle at a speed of mph. When the high-speed jet flows out of the engine, it drives the compressor and turbine to continue rotating at the same time, maintaining the "working cycle". The mechanical layout of the turbine engine is relatively simple, because it only contains two
The main rotating parts are the compressor and turbine, as well as one or several combustion chambers.
With the successful research and development of jet engines, jet aircraft equipped with the engine came into being. However, this kind of aircraft using a new engine is still at the Rocket Rocket R & D Center.
There is still a long distance to go.
Maybe someone wants to say that jet fighters have been developed so soon, and it is too strange. In fact, many years before, Frank Whitel of the British Air Force instructor proposed a jet engine, and in 1930
I applied for a patent year, and in June 1935, the first turbine jet engine was manufactured. At the same time, Feng Aoheng in Germany was also developing a turbine jet engine.
Experiments that are using jet engines for aircraft.
Due to the lack of masters such as Tesla, Britain and Germany have developed many problems, and they cannot be used by Tesla's ideas and computers in electronic computers like Syria.
This is the decisive role that can be played by genius.
An Yi was impacted by good news one after another, and he would not be able to close his mouth. If it wasn't for the F-2 missile's test firing, it quickly attracted his attention. It is estimated that for a long time, he would fall into the imagination and unable to extricate himself.
Due to the unstable F-2 missiles, it was possible to explode due to the leakage of liquid fuel when launching. Therefore, the scene was cleared on the scene. Anyi and Ding Moran came to another hill on one kilometer away from the launch site.
Ding Moran said with a smile to An Yi: "Brother Yi, our F-2 rockets are ignited through the remote control device, or you can press the launch button."
An Yi's eyes lighted up. He took a remote control of a later TV TV from Ding Moran, listened to Ding Moran to explain the principle carefully, and then gently pressed it on the red button in it.
Only a loud noise of "Boom" came. An Yi handed the remote control to the guard behind him, immediately lifted the telescope, and looked at the opposite mountain head.
A steaming air waves, under the huge tail flame spray, the Rockets slowly broke free of the launch rack, flew to the sky, and slowly turned at a high altitude at a high altitude of thousands of meters after the vertical flight.
Western sky fly.
Through the information feedback from the radar monitor of the base, by 46 seconds, the missile cut off the power. In one minute 18 seconds, the engine switches, when the rocket fell from high altitude.
, The shipping aircraft on the missile continued to run for 12 minutes, and clearly instructed it to play on the Sichuan -Tibet Plateau. The Rockets finally fell at the coast of Yihai, which was 350 kilometers away from the launch base.
The place called sheep milk beams is inaccessible, and its maximum flight height has reached 92 kilometers with a design height, and the range of 350 kilometers has also been designed.
Satisfaction.
On the way back to Xufu, Major General Hu Zhijie, deputy director of the Institute of Weapons Research, reported to Anyi the research and development of the airship.
The reason for the development of aviation technology today is that the airships are still developing the current radar technology. Due to the limitation of the terrain, the maximum coverage of radar waves is more than 100 kilometers, but if it is different in the air, the radar will be different, the radar
The higher the location, the larger the coverage area. Under this thinking guidance, the airship that was abandoned by various countries after the European War was re -entered into the eyes of Syrian weapon experts.
An airship is an aircraft that is lighter than air. The biggest difference between it and a balloon is that it has a device for propulsion and flight control. The airship consists of a huge streamlined hull, a pod located under the hull, a tail surface that plays a stabilizing and control role, and a
It consists of a propulsion device. The air bag in the hull is filled with buoyancy gas that is less dense than air to generate buoyancy to lift the airship into the air. The pod is used for people to ride and load cargo, and the tail surface is used to control and maintain the stability of heading and pitch.
The period before and after the last European War was a period of rapid development of airships. The United Kingdom and France used small soft airships to perform anti-submarine patrol missions, and Germany established a Zeppelin airship fleet for military activities such as maritime patrols, long-range bombing, and air transport.
Large size, low speed
, inflexible and vulnerable to attack. At the same time, due to the continuous improvement of aircraft performance, military airships were gradually replaced by aircraft. However, in the 1920s and 1930s, commercial flight of airships still developed. In 2009, the large airship Hindeng made in Germany
Fort number, 245 meters long,
It has a diameter of over 41 meters and a total weight of 206 tons. It has flown between the United States and Germany ten times, transporting more than a thousand passengers. The United Kingdom and France have also successively built their own large airships based on the Zeppelin airship.
However, since airships generally use hydrogen as
It is a buoyant gas that is flammable and explosive and very unsafe. At the beginning of this year, the "Hindenburg" caused a hydrogen explosion due to static sparks during landing, resulting in the death of 35 people. There are also many large airships in the United Kingdom and the United States.
After the accident, the airship was abandoned by various countries one after another.
It was Zhu Yuning's idea to move the radar to the airship. However, the unsafe nature of the airship caused many critical eyes when the project was established. As a result, Zhu Yuning asked his close friend Ding Molan for help, and Ding Molan carefully referred to the German airship design.
After coming up with the idea, we immediately made targeted improvements, changing the hydrogen gas to the inert gas helium, so that there would be no combustion problems. At the same time, we adopted a multi-airbag design. As long as 60% of the airbags did not leak, the airship could land safely.
Ding Molan helped others to the end and specially designed a special propeller engine for the airship. Each airship is equipped with two high-power engines. When the radar is turned on, the speed can reach 150 kilometers per hour. If the radar is turned off, the speed is
It can reach 250 kilometers per hour. The radar antenna is usually stored in the warehouse and unfolded in the air after the airship takes off. This new type of airship can carry a load of thirty tons.
An Yi was greatly surprised after hearing the experimental data. With such a huge carrying capacity, if safety is guaranteed, wouldn't it be able to solve the transportation problem of bulk items? Thirty tons is equivalent to 30,000 kilograms. Transportation
In terms of passengers, it can transport at least 300 people at a time, which is far more than the current An6 large passenger aircraft. It has extremely broad application prospects, so I immediately decided to go to the Wuguishan Military Airport in the northwest of Xufu to see the actual situation of the airship.
Three hours later, the convoy entered the heavily guarded Syrian military airport.
The commander of the Air Force, General Huang Xunyi, the director of the Political Department, Major General Yan Bingzhong, and the commander of the radar force, Major General Xu Moran, who had already been notified, personally greeted them. An Yi waved his hand to indicate that you were welcome, and asked everyone to go about their own business. Under the guidance of Major General Xu Moran,
After being led to see the inflated airship that looked like a hill, they went to the radar command center set up on Turtle Mountain with Shen Fengdao, Lin Yaodong, Ding Molan, David Kornberg, Hu Zhijie, Zhu Yuning and others.
Huang Yanyi immediately organized a fighter to conduct a synergy inspection.
In conjunction with the early warning airship, five A27 fighters and five mosquito fighters that have just passed the review have just passed the review.
The A27 fighter's weapon system has been newly designed. The head of the machine uses a 23mm large -caliber gun, and two 12.7 -caliber aircraft machine guns are powerful. Through comparison with the fighter fighter, it is compared with a fighter.
Fangqian is equivalent, but the firepower is fully excellent. If it is more than four kilometers, the superior performance of the A27 fighter is fully displayed. Whether it is speed, climbing, dive or fighting performance, it is far better than the fighter.
Due to the strengthening of the armor of key parts such as fuel tanks and wings, A27 fighters fell to a maximum speed of 480 km/h at a low -altitude of 1000 meters. The maximum speed of 605 kilometers/h at 8000 meters high, 1950 kilometers by voyage, comprehensive combat performance performance
superior.
The five mosquito fighters that were imaginative took off, and then the airship and five A27 fighters took off. Anyi monitored the entire air combat process in the radar command center.
Soon, the A27 fighter group with remote radar supported the flying height of the "enemy" aircraft, and the direction and other data, which quickly intercepted the "enemy" machine.
Speed and height testing, etc.
After the exercise, Anyi temporarily held a comment. The air force and military experts at the scene put forward their own opinions.
An Yi is very happy. The scientific research of Xufu is not restricted to some recognized things, and dares to question all authority. The research of the helicopter Fire God Cannon is the same. However, through this on -site inspection, there are still many problems.
For example, after the radar was turned on, the antenna rotated to make the cabin vibrate violently, and even the airship had changed the direction. A27 fighters supported by radar supported the huge advantage of having a radar command after stopping the enemy aircraft.
Will be seen and other questions.
At the meeting, Ding Moran suggested that installing a rectifier for the airship, and at the same time improve the appearance of the antenna, apply camouflage and add balanced wings, Hu Zhijie, Zhu Yuning and others, and all of them have their own suggestions. All rectification requirements are recorded one by one.
In the case, the technical department is performed as soon as possible.
Shen Fengdao listened to great heart, and quietly told An Yi after the meeting that this airship can be used for detection and high -altitude reconnaissance of wireless communication signals. Now the Annan situation is unclear. Many hostile forces are hidden and cannot be discovered in time.
It is equipped with radio detection instruments, but it cannot monitor all areas. Some remote mountainous areas have become dead ends. However
It can also improve efficiency.
An Yi nodded, and immediately decided to decide that in the future, it is not only Annan, West Hunan, West, and South Sichuan and South Yunnan.
Conspiracy cannot be accessed without authorization, you should report to immediately and listen to the handling opinions.