China’s first nuclear technology based on the principle of magnetic resonance gyroscope prototype matlab 等高线�

China’s first nuclear magnetic resonance technique based on quantum gyroscope principle prototype published data figure: control cabin is the main equipment of intercontinental missile gyroscope, gyroscope determines the firing accuracy of missile. At present, the laser gyroscope is used in the small missile, but the volume is still far from the size of the chip. August 16th, Mo-tse quantum communications satellite launch, for a time, quantum technology has become a hot topic. In the quantum sensing field, China CASIC hospitals 33 independently developed based on NMR quantum gyroscope principle prototype technology also recently turned out to make our country become the world’s one of the few countries to master this technology. "Challenge + to stimulate innovation potential" this is the principle prototype of the central government leaders in the country’s’ 12th Five-Year ‘science and technology innovation achievements exhibition." 33 quantum technology team leader Qin Jie pointed to showcase the prototype forward to visiting leaders, experts, "the accuracy of magnetic resonance gyroscope is expected to become the first chip size, the world top level navigation". This allows the entire quantum technology team is encouraged. Quantum is the basic unit of matter and energy. At present, quantum technology and industrialization has become the focus of the competition strategy of scientific and technological power in the world, quantum quantum technology developed by inertial navigation system can be widely used in aviation, aerospace, shipbuilding and other major national needs based on field. In this traction, the birth of a nuclear magnetic resonance gyro as the precursor of disruptive innovation technology. However, the road of innovation is lonely, Qin Jie is doomed to be a lonely runner on this road. In 2008, Qin Jie completed nearly a year of the national public school to study, from the Rutherford Appleton laboratory studies abroad, "was carried out in the UK is also a kind of atomic gyroscope research, after returning can choose some other classes and research direction of atomic gyroscope." After repeated arguments, considering the technical maturity and future applications and other factors, he finally chose a new direction of development." It is this honed in on the road of innovation, let Qin Jie found out the core idea with the team – "question +". Technology innovation is the core driving force and the source of the survival and development of high-tech enterprises, is a group of "three innovation" development strategy, however, advance research as the support of technological innovation in the future development, difficulty and high risk characteristics cause it will face challenge. Therefore, he asked the team members must adhere to their own independent thinking and practice, dare to question the existing theories and methods at home and abroad, but also to accept the industry experts questioned. In addition, he also asked the team members in the technical scheme, dare to challenge each other, growing up in denial and criticism constantly, stimulate the potential in the repeated demonstration and continuous improvement, this is the most valuable experience of quantum technology team. Team building @ future, talking about nuclear magnetic resonance, we may think of the first medical means of detection, and the principle of magnetic resonance gyro is very different from its manipulation means more abundant and reliable." 33 experts said. The nuclear magnetic resonance gyro is based on the invariance principle of the nuclear spin resonance frequency in the inertial space, and the angular momentum is used to obtain the azimuth information. Gyro is a navigation system.相关的主题文章: