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quanta

美 [ˈkwɑːntə]英 [ˈkwɒntə]
  • n.量子
  • quantum的复数
quantaquanta
  1. The release or absorption of quanta above a certain energy level .

    在一定能级上量子的释放或吸收的过程。

  2. The research on noise equivalent quanta and detective quantum efficiency of screen-film system

    增感屏-胶片组合的噪声等价量子数和量子检出效率的测试

  3. Both quantum mechanics and chaos theory suggest a world constantly in flux .

    量子力学和混沌理论都表明世界永远处于不断变化中。

  4. The scale of migration took a quantum leap in the early 1970s .

    20世纪70年代初,移民的规模骤然扩大。

  5. The vaccine represents a quantum leap in healthcare

    这种疫苗的问世是医疗保健领域的重大突破。

  6. His mind moves in quantum leaps , manipulating ideas and jumping on to new ones as soon as he can .

    他的脑子飞快地转着,分析着各种想法,还不时冒出新的点子来。

  7. In quantum mechanics itself there are many constructs that we cannot measure directly .

    量子力学本身就存在着许多不能直接测量的概念。

  8. The energy that atoms and molecules can possess according to quantum theory is quantized .

    根据量子理论,分子和原子具有的能量是量子化的。

  9. The quantum theory is not just an esoteric addendum .

    量子理论并不只是一个深奥的附录。

  10. Patients with high blood-viscosity were treated by quantum transmission and defibrase , and contrast was made before and after treatment .

    方法应用量子透射和降纤酶同时治疗高粘血症病人,并进行自身对照比较。

  11. We may characterize an atomic state by a quantum number L.

    我们可以用量子数L描写一个原子的状态。

  12. What is called quantum information science is substantively to research information science encoding with quantum states .

    量子信息学是近几年迅速发展起来的一门新兴交叉学科,它是量子力学和信息科学相结合的产物

  13. The development of quantum science and technology is of great scientific significance and strategic value . It is a major disruptive technological .

    量子科技发展具有重大科学意义和战略价值,是一项对传统技术体系产生冲击、进行重构的重大颠覆性技术创新,将引领新一轮科技革命和产业变革方向。

  14. It plays a very important role to accelerate the development of quantum science and technology in promoting high-quality development and safeguarding national security .

    加快发展量子科技,对促进高质量发展、保障国家安全具有非常重要的作用。

  15. It is imperative and judge the development trend , and find out the breakthrough point for the development of quantum science and technology in China .

    要系统总结我国量子科技发展的成功经验,借鉴国外的有益做法,深入分析研判量子科技发展大势,找准我国量子科技发展的切入点和突破口。

  16. Using Open Quantum System Theory to Study Quantum Information

    用开放量子系统的理论研究量子信息

  17. Scheme design and improvement of quantum key distribution network

    量子密钥分发网方案的改进设计

  18. Studies on Quantum Control Strategies and Learning Control Algorithms

    量子控制策略与学习控制算法研究

  19. Quantum control - - A new academic field

    量子控制&一个全新的学科领域

  20. To realize quantum information processing , quantum hardware is essential .

    要实现对量子信息的处理,量子硬件必不可少。

  21. Using Quantum Genetic Algorithm to Improve BP Learning Algorithm

    利用量子遗传算法改进BP学习算法

  22. Study on energy state structure of double quantum wells

    双量子阱能态结构研究

  23. Quantum measurement of single electron state by a quantum point contact

    量子点接触对单电子量子态的量子测量

  24. Recent Progress in Research and Application on Quantum Well Infrared Photodetectors

    量子阱红外探测器的研究与应用

  25. The effects of external fields on the entropy of quantum systems

    量子体系中外场对体系熵的影响

  26. Study of Information Mechanism of Quantum Remote Sensing

    量子遥感信息机理研究

  27. Quantum Search Algorithm System and Its Applications

    量子搜索算法体系及其应用

  28. Effects of the propagation characteristic of atmosphere on performance of quantum key distribution

    大气传播特性对量子密钥分发性能的影响研究

  29. Quantum Information Theory and Technology

    量子信息理论与技术

  30. Spectral Properties of Quantum Dots and Its Applications to Life Science

    量子点的光学特征及其在生命科学中的应用