ps: Shi Zhu takes her family out to pay New Year's greetings from today and takes a short trip. The update has been pre-arranged and will be automatically released at around 11:30 noon every day. However, because I cannot write, there is only one update every day, please understand. ↖ 15th (two updates will be resumed on the eighth day of the Chinese New Year). Thank you for your strong support and wish you a happy new year!

"I heard a lot today and watched a lot. Overall, I am satisfied, except for a little episode." Hearing this, people who knew or not all looked at Dornberg, and the latter's face turned pale in an instant. Fortunately, Hoffman did not mean to criticize him by name, but instead took the initiative to excuse him. "Experiment failure is inevitable. Without this spirit of daring to be the first in the development of science and technology, you cannot achieve the final victory without this courage to be the first. I am only worried about the harm caused by safety accidents. Here are all German elite scientists, who are responsible for the future of the German nation. It makes me feel extremely sad that any loss will make me feel extremely sad. I hope you always pay attention to safety. Events like today are not likely to occur, but will cause very serious harm, so please be sure to take it seriously."

Hoffman's attitude towards safety is extremely serious, which is not only reflected in the repeated emphasis on the attention to safety in daily research and management, but also in the fact that he is preparing to strengthen a series of defense measures for the base. He does not want the repeated serious losses caused by British and American air strikes in history. In his brief exchange with Sperer just now, in addition to requesting the continued expansion of the base, he will also build a large-scale underground air defense bunker and survival system, a seaside dock and a submarine cave reservoir, and also prepare to set up a separate warning area and mobilize anti-aircraft guns and fighter units to settle in. He also named these construction projects to be responsible for Bowman, because Bowman had a lot of experience in supervising the construction of the head of state residence and a large command center in the past.

These new projects undoubtedly require a lot of manpower, material resources and financial resources, but Hoffman seems to be worth it. Spel did not say much, but only recorded it seriously and responsibly.

"First of all, I must introduce the concept of missiles. I think it is the essential difference between a rocket and a missile." Hoffman talked at the podium. "The large rockets that the Air Force is testing, and the rocket launchers that the Army has put into use are also launching rockets, but their ballistics cannot be accurately determined at all. Therefore, they are probabilistic weapons or area killing weapons. They are essentially special shells. Only rockets that are equipped with various guidance systems and can accurately achieve point-to-point strikes can be called missiles - the latter one is something we need to spend more effort to study."

The experts from various project teams of Penemide were sitting in the audience. They were very excited, but they did not think that the head of state could explain any big reason in academics. Therefore, the warm applause to Hoffman was more polite, but Hoffman did not seriously distinguish the differences and continued: "According to my opinion, missiles can be divided into different types according to different uses, including surface-to-air, air-to-ground, ground-to-ground, etc., and can also be divided into short-range, medium-range, long-range and intercontinental missiles according to the length of the flight distance. Although the farthest A-4 rocket can only fly 200 kilometers.

But I believe that in 15 years, intercontinental missiles that can directly attack from Europe to the American continent will be able to develop; they can also be divided into ** and ballistic missiles according to the flight method. The former is flying in an atmosphere that is not high above the ground according to the terrain, while the latter needs to rush out of the atmosphere and perform reentry flights; according to the different launch platforms, they can be divided into land-based, air-based, sea-based, etc. Land-based can be realized in a fixed launch frame and launch silo, or can be launched by large loading trucks or trains. Sea-based can be launched from surface ships or from submarines underwater...";

Dornberg quietly said to Braun: "Didn't the head of state who studied painting? After hearing these words just now, I thought it made sense. The system and structure are very clear. The head of state of the world of missiles inside seemed to have seen them with his own eyes."

Braun smiled slightly: "I think the Head of State has a much better understanding and understanding of this world than ordinary people. What he just said will become a reality to a large extent."

"Today I want to focus on my understanding and requirements for air defense missiles. This is our top priority." Scholars were stunned by the head of state's opening remarks. They may understand what they are currently studying, but no one has ever told them as straightforward as Hoffmann what the missile should be and what development ideas will be in the future. They are more interested in the specific connotation of air defense missiles, and they all pricked up their ears to listen, "The first requirement for air defense missiles is distance, it's

The main combat target is the enemy bomber. Given the threat of four heavy bombers from Britain and the United States, the missile launch altitude should be above 10 kilometers in the future, and it is best to gradually improve to 15 kilometers - because the aircraft will fly higher and higher; the second is the convenience. After inspecting the base today, I understood the huge difference between solid fuel and liquid fuel. If liquid fuel must be temporarily injected and cannot be stored for a long time, they are prone to missed combat opportunities, so they are more suitable for attacking fixed ground targets.

The changing and fast target should be attacked by missiles powered by solid fuel; the third is the guidance system, and various forms of guidance systems should be fully developed, which can be photoelectric, sound, infrared, radio near-explosion, or magnetic force. In short, the missile should be accurately targeted at the target and explode instead of blindly firing; the fourth is the power, which depends on the missile's warhead and warhead, which is directly proportional to the volume. I know that scientists hope to make the missile larger, the better, so that it can not only carry more explosives but also more fuel, but this idea is wrong. Large volume brings deployment and launch

Clumsy, on the one hand, the missile body has greatly affected the launch efficiency and speed, and on the other hand, it affects the density ratio of ammunition to targets. We should pursue a reasonable killing distance. I think a qualified air defense missile is enough to have dozens of kilograms of ammunition; finally, the manufacturing cost. The weapons we manufacture should be cheap enough on the basis of ensuring performance. It is still cost-effective to use a few or dozens of bombers to compete for a bomber to meet the requirements. Then there is the possibility of continuous combat. If the missile is more expensive than a bomber, the combat efficiency ratio is too low. Even missiles that hit 100% of the time will make us bankrupt economically quickly - after all, Americans are much richer than us."

Everyone laughed and gave warm applause.

"In addition to air defense missiles, we also need various other missiles, such as air-to-air missiles, which are used for fighter jets to kill enemy aircraft at longer distances; for example, air-to-ship missiles can effectively replace the current dive bombing function; for example, anti-radiation missiles can use the characteristics of radar waves to design missiles specifically used to deal with radar stations." Hoffman pointed out the significance and goal of adjustment, "In view of the current research status, I think it is necessary to integrate and adjust complex projects, and those projects with duplicate uses and project requirements are inconsistent with development ideas will be rectified as soon as possible. In the future, project declarations will no longer be made simply by companies. It is recommended that all project teams or research teams be composed of experts from across institutions, cross-companies but in the same field. Each project team should clarify the direction of their focus. These work is unified by the Ministry of Arms rather than by the Air Force as in the past.

Military division management. Some projects, such as the technical strength of Messerchmitt's me-163 rocket interceptor project, can be absorbed into the air defense missile project. It is recommended that experts, especially the chief experts, focus their research on their core areas to achieve breakthrough results. In addition, in project operations, we must be good at absorbing and utilizing the achievements, promoting the universalization of materials, fuels, engines, and spare parts, and adopting mature products as much as possible. Missile research can also be carried out in the form of division of labor and cooperation in assembly lines. Penetming will be our most important missile base in the future and undertakes major scientific research tasks. You can achieve division of labor and cooperation in various fields such as fuel, bullet materials, engines, and guidance systems, and absorb mature designs and tests as soon as possible. The Preparatory Department of the Emperor will allocate resources based on the project. I hope to see a batch of revolutionary results in 12 months."

Braun smiled bitterly at Conrad: "The Head of State is criticizing me and praising you." The latter smiled slightly and patted the other person on the shoulder to express comfort.

"For the successful Fischler Fi-103 rocket projects and A-4 rocket projects, I suggest rename it to V1 and V2 missiles, with the meaning of the name Avengers Weapons 1 and 2." Hoffman waved his fists, "This will be our strategic weapon and will make the enemy tremble in front of them."

Everyone in the audience stood up and applauded warmly, and they were very excited.

Conrad also stood up, but his scholarly anger broke out and asked Dornberg in confusion: "Didn't the Head of State just say that he was not going to make v1 but gave it to the Japanese to develop? Even if it was v2, he suggested that we continue to develop it, and it was not time for mass production, so why...

"Hey, you should focus on rocket engines. This kind of political deception is not something you can understand." Braun blinked at Conrad playfully and answered first, "Who knows if there are any British spies here? The head of state said this to them."

Conrad was stunned for a moment, then caught a glimpse of Dornberg, who was pretending to wave his fists to beat someone up, and finally laughed knowingly.
Chapter completed!