- 更多网络例句与量子跃迁相关的网络例句 [注：此内容来源于网络，仅供参考]
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Quantum transition which causes the changes of the magnetopolaron lifetime is occurred in the quantum system due to the electron-phonon interaction and the influence of external temperature which is the magnetopolaron leap from the ground state to the first-excited state after absorbing a LO-phonon.
由于电子-声子相互作用和外界温度的影响导致了量子体系的跃迁，即磁极化子吸收了声子的能量由基态跃迁到激发态，造成极化子在基态的寿命发生变化。
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Using the extended relativistic multi-configuration Dirac-Fock theory and the general-purpose relativistic atomic structure program 2(GRASP2) with quantum electrodynamical effect and breit correction, we have calculated the energy level structures, transition wavelengths, transition probabilities, oscillator strengths, energy level lifetimes, level widths and ionic average lifetimes of As-like Au~(46+), Ge-like Au~(47+) and Fe-like Au~(53+).
根据扩展的全相对论多组态Dirac-Foek理论，采用"多功能相对论原子结构程序GRASP~2(General-Purpose Relativistic Atomic Structure Program 2，1992)"，考虑量子电动力学效应和Breit修正，计算了激光金等离子体中类砷金Au~(46+)，类锗金Au~(47+)和类铁金Au~(53+)的能级结构、跃迁波长、跃迁几率、振子强度、能级寿命、能级宽度和离子平均寿命。
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In the landscape picture, the disappearance of a flux line or other change of topology is a quantum jump over a mountain ridge into a lower valley.
在地景图像里，一条通量线的消失或其他拓扑的改变，就代表一个翻越山脊进入低谷的量子跃迁。
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To quantificationally describe trip mode transfer rules,the comparability between trip mode transfer and quantum jump was analyzed in detail,and a trip mode transfer model was put forward according to quantum energy level jump theory.
为定量描述出行方式转移规律，分析了出行方式转移与量子跃迁的相似特性，根据量子能级跃迁理论建立了出行方式转移模型，通过分析长春市居民出行调查数据，推导了出行方式转移的多项式拟合公式，分别采用2~4次多项式标定了拟合系数，并且进行了相关性检验。
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On wider level it may enhance an understanding of our place in this present quantum leap in consciousness on our planet.
在较宽的水平上它可能提高我们在我们的行星上在意识里的量子跃迁所处地位的理解。
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Oh, yes, we were challenged the moment we tunneled down from quantum leap.
哦，交过手。我们量子跃迁穿越隧孔时，被他们盘问了一下。
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Based on the project requirements, the research has focused on the confined electronic states in the semiconductor surface quantum wells. The moden quantum theory and advanced material growth technology have been used. The interband transitions in the surface quantum well have been studied by the in-situ photo-modulated reflection spectroscopy combined with the molecular beam epitaxy system. The optical transitions, including the tansition between ground or excited states of the electron and hole states, have been directly observed.
根据项目任务书的要求，本项研究在现代量子理论与先进材料生长技术基础上对半导体表面量子阱阱结构中的受限电子能态进行系统的光谱实验与理论研究，通过与分子束外延设备直接耦合的光调制光谱手段在原子层量级上直接观测到了表面量子阱中本征能态间的光跃迁特性，其中包括基态间的跃迁和激发态间的跃迁。
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The story of the quantum revolution has been told so many times that it has become as ritualized as the stations of the cross. How Max Planck, faced with some curious observations about hot glowing objects, reluctantly proposed that light is sputtered out in packets — the quanta. How Albert Einstein , seeing deeper, realized that light must also travel that way, that its waves were also particles. How Bohr brought the graininess into the atom, with electrons hopping between orbits in quantum jumps. How Heisenberg, marooning himself on the bleak isle of Helgoland, saw that there were no orbits, that what happened inside atoms was different from anything that could be pictured by a human brain.
量子革命的故事已讲述过很多遍，就象讲述耶稣受难经过的画像一样已经仪式化，诸如：马克斯·普朗克面对炽热物体一些不寻常的观测数据，如何艰难地提出辐射是一单元一单元地射出的，这种最小的单元即能量子；爱因斯坦观察得更深刻一些，如何意识到光线也是这样运行的，光波也是粒子；玻尔如何利用量子跃迁过程中电子在轨道之间来回跳跃，来揭示原子的多微粒结构；海森堡自我流放到阴冷的赫尔戈兰岛上，如何观察到原子内部并没有轨道，其内部所发生的情况不同于人脑可想象出的任何情况。
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Angular Momentum Algebra, Addition of Angular Momenta, Identical Particle Effect, One Dimensional Periodic Quantum Systems, Introduction to Quantum Statistical Mechanics, Time-independent Perturbation Theory, Fine Structure, WKB Approximation, Variational Principle, Aharonov-Bohm Effect, Quantum Transition.
量子力学( S0583)(0，3)角动量代数、角动量加成、等同粒子效应、一维周期性量子系统、量子统计简介、定态微扰理论、精细结构、 WKB 近似、变分法、 Aharonov-Bohm 效应、量子跃迁。
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In the third chapter, Based on the Bloch equation and with the use of methoddevoloped in chapterl, the level shifts of two-level atom are calculated under theinteration of classical and quantized field. An analytic formula of level shift of atomin AC Zeeman effect is obtained.
从本章给出的计算方法中，还揭示了当一量子系统受到一与时间相关的微扰并发生跃迁时，微扰引起的能级移动是一个与跃迁同时发生的瞬态过程，跃迁和能级移动是同一过程的两个方面。
- 更多网络解释与量子跃迁相关的网络解释 [注：此内容来源于网络，仅供参考]
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boundary collocation：边界配置
radiativetransition (量子)辐射跃迁 | boundary collocation 边界配置 | bent spotting tool 弯头钻中心孔刀具
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inhomogeneous：不均匀性
然而,由于目前砷化铟量子点样品的之量子点不均匀性(inhomogeneous) 与量子点密度不够高、能谱的谱线寛化(linewidth broadening)、或其他载子被捕陷等不明原因,使得光调制反射率调制光谱(PR)对于在量子点内电子跃迁而吸收光子的光学跃迁(optical transition)能谱特征,
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quantum jump：量子跃迁
quantum energy 量子能 | quantum jump 量子跃迁 | quantum light theory 光量子理论
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jump, quantum：量子跃迁
能量躍遷 jump, energy | 量子躍遷 jump, quantum | 接續器;跳線 jumper
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quantum leap：量子跃迁
quantum jump 量子跃迁 | quantum leap 量子跃迁 | quantum mechanics 量子力学
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scholarship：学者
由于第二次世界大战爆发,1941年至1943年,彭桓武继续在爱尔兰的都柏林高等研究院做博士后研究学者(scholarship),与海特勒(W Heitler)合作进行介子理论方面的研究,发展了量子跃迁理论,用以处理核碰撞中产生介子的过程,得出能谱强度,
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quantum light theory：光量子理论
quantum jump 量子跃迁 | quantum light theory 光量子理论 | quantum limited sensitivity 量子噪声限制灵敏度
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quantum light theory：光量子理论APU中国学习动力网
quantum jump 量子跃迁APU中国学习动力网 | quantum light theory 光量子理论APU中国学习动力网 | quantum limited sensitivity 量子噪声限制灵敏度APU中国学习动力网
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hyperfine structure separation：超精细结构间隔
超精细结构量子数 hyperfine structure quantum number | 超精细结构间隔 hyperfine structure separation | 超精细结构跃迁 hyperfine structure transition