quantum optics 中文意思是什麼

quantum optics 解釋
量子光學
  • quantum : n. （pl. -ta ）1. 量，額；定量，定額；份；總量。2. 【物理學】量子。
  • optics : n. 〈作單數用〉光學。
  1. Electric permittivity in gas atoms by the theory of quantum optics

    從量子光學理論探討氣體原子的電極化率
  2. Lastly, it is the material of ampli fier part of system that contains the high - o rder dispersion. excepting mentioned above, on the research of quantum optics field, a new model of mu1ti - mode superposition 1 ight field which is made of two quantum stat es is constrricted and studied in detail lising the theory of multi - mode squeezed stat e, and some important results are attained

    另外，在量子光學范疇的研究工作中，構造了一種新型的兩態疊加多模疊加態光場，應用多模輻射場的廣義非線性等階高階壓縮理論對其進行研究，並得出了一系列有意義的結論。
  3. All - solid - state laser is an advantage lamp - house. it has many important applications and potential commercial value in many fields, such as industry, scientific research, military. so it ' s always the research focus of laser field. diode end - pumped solid - state laser has many merits. including high efficiency, long lifetime, high frequency stability, narrow line width, compact configuration, convenient for use et al, which made her a necessity in many high level quantum optics experiments. in this thesis, a series of experiment research was done with regard to blue laser, green laser and infrared laser

    激光二極體端面泵浦的固體激光器具有效率高、譜線窄、壽命長、結構簡單、使用方便等優點，特別是採用環行諧振腔內加光學單向器構成的單頻激光器，由於頻率穩定，使其成為許多高水平量子光學實驗的主要光源。本論文圍繞全固態單頻藍，綠，紅外激光器進行了一系列實驗研究工作。
  4. Therefore, the study on squeezing phenomena is an important topic in quantum optics

    所以，光場壓縮態仍然是量子光學的一個重要課題。
  5. Eye of rhianne : quantum optics facility ), offers line - of - sight view to a fixed location on the battlefield

    量子光學設備） ，提供瞄準線，以一個固定的位置上戰場。
  6. Quantum coherence and interference has become one of the important forward subjects in laser physics and quantum optics

    量子相干與干涉是目前激光物理與量子光學領域的重要前沿課題之一。
  7. Quantum optics is a most front science developed recently, and squeezed states is in the light of the research

    量子光學是近年來發展起來的前沿學科，在這一領域中光場壓縮態是研究的熱點。
  8. The research for quantum interference in atoms, molecules and ions is an interesting topic in the field of laser physics and quantum optics

    原子、分子和離子體系中的量子干涉效應是近年來激光物理和量子光學領域的一個研究熱點。
  9. The effect of atomic coherence has attracted much attention in quantum optics such as lasing without inversion, the enhancement of nonlinear process, the storage of pulse and laser cooling

    原子相干效應在無反轉激光、非線性過程的增強、光脈沖存儲以及激光冷卻等量子光學的眾多領域都有潛在的應用價值。
  10. In 6. 635, topics covered include : special relativity, electrodynamics of moving media, waves in dispersive media, microstrip integrated circuits, quantum optics, remote sensing, radiative transfer theory, scattering by rough surfaces, effective permittivities, random media, green ' s functions for planarly layered media, integral equations in electromagnetics, method of moments, time domain method of moments, em waves in periodic structures : photonic crystals and negative refraction

    本課程所覆蓋的論題包括：狹義相對論、運動媒質的電動力學、色散媒質中的波、微帶集成電路、量子光學、遙感、輻射傳輸理論、粗糙表面上的散射、有效介電系數、隨機媒質、平面層狀媒質的格林函數、電磁學中的積分方程、矩量法、時域矩量法、周期結構中的電磁波：光子晶體和負折射率。
  11. Quantum optics is a subject in studying the coherence and the quantum statistical properties of radiation field, as well as the quantum characters of light interacting with matter

    量子光學是研究光場的相干性和量子統計特性以及光與物質相互作用的量子特徵的學科。
  12. In this thesis we firstly review the definition and physical properties of entangled states, and the non - classical states in the quantum optics, as well as some models of the atoms interacting with radiation field

    論文的第一部分對糾纏態的定義及物理性質、量子光學中的非經典態以及量子化的輻射場與原子相互作用模型進行了概述。
  13. Having learned how a trapping chip could be manufactured, my colleagues and i at the max planck institute of quantum optics in garching and the ludwig maximilian university in munich were faced with the problem of loading the trap with atoms

    學到晶片阱的做法后，我和德國甲慶的普朗克量子光學研究所與慕尼黑的盧特維格?麥西米連大學的同事共同面對的問題是，得將原子注入阱里。
  14. In quantum states which have squeezing effect, one quadrature phase may have reduced quantum fluctuations compared with what the relative quadrature phase have in coherent states, which makes it applied widely in optical communication systems, and so on. therefore, squeezed state of the radiation field is still a central topic in quantum optics

    由於光場壓縮態在其某一正交分量具有比相干態更小的量子噪聲，因此，在實際應用中，如果用這一分量傳遞信息，則可得到比相干態光場更高的信噪比。
  15. Quantum coherence and interference have led to the observation of many new effects and new techniques in quantum optics and atomic physics. examples include coherent population trapping, electrom agnetically induced transparency, lasing without inversion, and enhancement of the index of refraction without absorption

    當應用相干場來驅動光學介質時，可以使得介質的吸收和色散關系發生極大改變，產生許多新的效應，如相干布居捕獲、電磁誘導透明、無反轉激光、無吸收折射率增強等。
  16. In the field of fundamental research, such as quantum optics, blue light can be used as a pump source of optical parametric oscillator ( opo ) to generate the neoclassical light fields around wavelength of 860nm, which can be detected with 99. 9 % of quantum efficiency, the highest efficiency in the measurement of neoclassical light as known yet it is also possible to generate the squeezed vacuum state at 852nm, which is the resonance wavelength of the transition line d2 of cesium atoms and can be supposed to investigate the properties of atomic radiation in the interaction between atoms and quantum state of light fields

    在量子光學中，該藍光作為下轉換的泵浦源，可以產生860nm非經典光場，其探測效率可達99 . 9 ，高於目前產生的其他任何波段的非經典光場。同時通過溫度調諧，可望產生與銫原子d2線作用的852nm波段的壓縮真空態，從而開展非經典光場與冷原子的相互作用等方面的實驗研究。本文主要通過knbo _ 3晶體外腔諧振倍頻技術來產生藍色激光光源。
  17. In the modem experimental investigation of quantum optics and quantum information, the accuracy of the long - term frequency stability of lasers is required in the range of a few mhz

    由於在量子光學及量子信息等有關實驗中，需要多處進行頻率鎖定，且精度在兆赫（ mhz ）范圍。
  18. This dissertation is organized as follows. in chapter one, firstly we review the development of quantum optics, pointing out three features of quantum optics : coherence, nonlinearity, and quantity, next something of quantum entanglement is discussed, including the conception of entangled state and definition of the degree of the entanglement, at last, the j - c model of the interaction between the atoms and the optical fields. in chapter two, we introduce the concepts and properties of coherent state and shrodinger - cat state

    本文首先回顧了量子光學的發展歷史，著重指出了量子光學的三個顯著特徵，即相干性、非線性和量子性，然後討論了量子糾纏方面的內容，包括糾纏態的概念及其度量? ?糾纏度等，最後闡述了原子與光場相互作用的理論模型j - c模型；第二章介紹了相干態和貓態的概念及性質；第三章的內容是兩糾纏原子與光場相互作用過程中光場的壓縮效應。
  19. The su ( 1, 1 ) lie algebra is of great interest in quantum optics because it can characterize many kinds of quantum optics systems

    廣義su （ 1 ， 1 ）相干態su （ 1 ， 1 ）李代數能表示許多量子光學系統，所以它在這個領域內引起了人們極大的興趣。
  20. Laser diode end pumped solid - state laser has many advantages, including high efficiency, high frequency stability, narrow fine width, long lifetime, compact configuration, convenient for use et al, which made her a necessity in many high level quantum optics experiments

    激光二極體端面泵浦的固體激光器具有效率高，頻率穩定，譜線窄，壽命長，結構簡單，使用方便等優點，使其成為許多高水平的量子光學實驗的主要光源。
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