What is Mao Xinyus War Research Institute?

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 What is Mao Xinyus War Research Institute?


In May 4th, the Chinese Academy of marine industrial systems engineering and the War Research Institute of the Academy of Military Sciences held a symposium on collaborative innovation, and the two sides held consultations on the establishment of a cooperative innovation mechanism. Comrade Tong Haiqing, Chen Rongdi, Mao Xinyu and Nie nnie, standing committee of the Party committee of the Academy of war, visited the related laboratories of the Institute of system engineering, and made a speech at the symposium. Political knowledge is a background. Last July, the Academy of Military Sciences was adjusted and established, and 8 research institutes were set up. Mao Xinyus War Research Institute was one of them. However, the leaders of the 8 research institutes were low-key. The collective appearance of many standing committee members such as 4 days is rare. Academy of war Speaking of the four standing committee of the Party committee. The commissar of the War Research Institute was Tong Haiqing, who took up the post in late December 2017. According to the public news, he served as the political commissar of the Beihai fleet, the vice president of the Nanjing Political College in 2014, and the former political commissar of the Xian political Academy in 2016. Chen Rongdi, director of the second Research Office of the former operational theory and Regulations Research Institute of the Academy of military science, and vice minister of the former operational theory and the Ministry of discipline research. Mao Zedongs only grandson, Mao Xinyu, is the vice president. The news of May 4th showed that Nie was also the Standing Committee of the Party committee of the hospital. He served as the director of the first research room of the world military research institute of the Academy of military science. He served as the Standing Committee of the Party committee of the War Research Institute. What did the Academy of war do? According to the report of Xinhua in March this year, the work of combing the War Research Institute is as follows: A number of strategic research projects related to the construction of the state and the armed forces have been steadily advancing. Important breakthroughs have been made in the research of war related big data, operational simulation and other related topics. For more than half a year, the Institute has completed nearly 300 scientific research projects which are closely related to the war for war, research and develop the software platform and information system that are urgently needed for the armys combat readiness, submit more than 110 copies of the high quality national high-end think tank Research Report, the major strategic problem evaluation report and so on, complete the military monographs, the translated works and so on, and a batch of consultations. It is adopted by the superior. Location In addition to the War Research Institute, the Academy of military science under the Institute also has: The Institute of systems engineering, National Defense Engineering Research Institute, Military Political Work Research Institute, Military Medical Research Institute, military legal research institute, National Academy of Defense Science and Technology Innovation Research Institute, and Chemical Defense Research Institute The leaders of various institutes have made public parts. Compared with the leadership level, the government knows more about the positioning of different research institutes. The War Research Institute is a special institution for the whole army to study war. The National Defense Engineering Research Institute is regarded as the hero of the construction of the underground the Great Wall, which bears the task of scientific research and demonstration, investigation and design, and technical review of national defense engineering and national civil defense project. The Army Political Work Research Institute is a special research institution for the whole armys political work, and shoulders the historic task of promoting the innovation and development of the armys political work. The Institute of systems engineering is composed of 7 research institutes in different scientific research fields. It is responsible for the needs of the development and development of the army and the overall demonstration, as well as the tasks of network information, logistics technology, equipment system construction and military technical basic research. The Academy of military law and law undertakes research tasks of military laws, regulations and rules, and participates in relevant legislation research and drafting work. There are many academicians of the Chinese Academy of Sciences and the Chinese Academy of Engineering in the eight research institutes. In December 2017, the PLA newspaper reported eight academicians of the Academy of military medicine, including academician sun man Ji, who is 87 years old. It was mentioned in the article that sun Ma Ji arrived at the office on time every day. He participated in the research subject of medical protection of special weapons in wartime, and won the only national scientific and technological progress award in the field of medical and health. Wu Zuze, the father of Chinese hematopoietic stem cells, wrote the first Chinese monograph to introduce Experimental Hematology and experimental techniques, first obtained human derived hepatocyte growth factor in the world, and successfully implemented the worlds first fetal liver hematopoietic stem cell transplantation for acute severe myeloid radiation patients. Surgery. And academician Shen Beifen. In 2014, the outbreak of a serious Ebola outbreak in West Africa, Shen led the team to lead the team to tackle key problems and successfully developed and produced an Ebola antibody drug within 3 months. Research direction In addition to the Academy of military medicine, a number of research institutes have been reported by the media. The US Army has the strongest offensive force in the world and still attaches great importance to the construction of protective engineering. It has built a Xia Yanshan command project capable of resisting the explosion of nearly a million tons of nuclear weapons. In January of this year, Wei Dong, President of the National Defense Engineering Research Institute, interviewed the media. He said the United States may or may be building more powerful command centers elsewhere. We must step up protection technology research, speed up the pace of engineering construction, strengthen the construction of national defense system, and build a solid shield for winning the information war. Weidong also revealed the key research directions in the field of protective engineering. In January this year, the news of the successful development of our portable rapid prototyping protective clothing attracted the attention of the outside world. This type of equipment is a key scientific research project undertaken by the National Defense Engineering Research Institute. It is said that the type of single soldier protective equipment can be used in the manufacture of modular modular assembly. It is suitable for the areas such as the difficult to excavate the bunker, the deserts, the snow land and the woodland, which have obvious features. 1 carrying bags and 1 transport packages are matched, and the single soldiers operation needs can be met after unfolding. People who care about military affairs should notice the following news. In recent days, the army units have distributed a number of new types of clothing, especially new style physical training suits, knitted inner belts, cloth shoes, and single tent tents were welcomed by the soldiers. Zheng noted that Zhang Hua, deputy director of the Quartermaster engineering and Technology Research Institute of the Academy of systems engineering of the Academy of military science, had participated in the design and development of the 17 weave belt. He revealed that through hundreds of process tests, the research group solved the problem of high strength and flame retardancy of the belt in the weaving. Then the arc belt with the waist structure of Chinese servicemen was developed. In the development of the drill bit, the five alloy beam drill head of zinc alloy was originally designed with good processing performance and low price. However, when we tried it on trial, we found that the reliability of zinc alloy drill bit was not good enough. In particular, some soldiers showed that our belts were right-handed, and left-handed ones were inconvenient to use. According to the opinion of army officers and soldiers, the research group has studied and analyzed the advantages and disadvantages of stainless steel drill bit, titanium alloy drill head and aluminum magnesium alloy bit, and finally screened out the stainless steel drill as the inner waist band through dozens of contrasts. This article is from source: editor in chief: Sue Hong Kong _NBJ9980 Zheng noted that Zhang Hua, deputy director of the Quartermaster engineering and Technology Research Institute of the Academy of systems engineering of the Academy of military science, had participated in the design and development of the 17 weave belt. He revealed that through hundreds of process tests, the research group solved the problem of high strength and flame retardancy of the belt in the weaving. Then the arc belt with the waist structure of Chinese servicemen was developed. In the development of the drill bit, the five alloy beam drill head of zinc alloy was originally designed with good processing performance and low price. However, when we tried it on trial, we found that the reliability of zinc alloy drill bit was not good enough. In particular, some soldiers showed that our belts were right-handed, and left-handed ones were inconvenient to use. According to the opinion of army officers and soldiers, the research group has studied and analyzed the advantages and disadvantages of stainless steel drill bit, titanium alloy drill head and aluminum magnesium alloy bit, and finally screened out the stainless steel drill as the inner waist band through dozens of contrasts.