stark effect 中文意思是什麼
stark effect
解釋
僵硬效應-
The performance of modulators employing mqw is governed by the quantum confined stark effect. in order to simplify the analysis of mqw, we obtain an explicit formula concerning the correlations between the gaas / gaalas quantum well widths of finite potential barrier structure and those of infinite potential barrier structure under the condition that the ground state energies are equal at zero bias states. then the transfer matrix method is used to investigate the optical field distribution in the mqw waveguide based on five - step asymmetric coupled quantum well structure that is really used in the modulator
本論文首先根據量子限制stark效應，發展了等效寬度思想，提出了把單量子阱結構的有限深勢阱的分析轉化為無限深勢阱模型的顯式公式，從而大大簡化了電場下量子阱結構的分析；接著利用轉移矩陣，把周期性的量子阱結構簡化為三層結構，得到了實際採用的非對稱三阱結構量子阱的場分佈，並討論了量子阱結構的偏振特性。 -
Simplified formula of secular equation for hydrogen atom in stark effect
氫原子斯塔克效應中久期方程的簡化公式 -
The influence of a uniform electric field on the motion and energy of the electrons in atoms is known as the stark effect.
均勻電場對原子中電子的運動和能量的影響就是眾所周知的斯塔克（stark）效應。 -
The influence of a uniform electric field on the motion and energy of the electrons in atoms is known as the stark effect
均勻電場對原子中電子的運動和能量的影響就是眾所周知的斯塔克（ stark ）效應。 -
This effect is referred to as the quantum - confined stark effect ( qcse ) ; it has been studied extensively in the past decades for application of lower optical switches and modulators
這種效應被稱為量子約束斯塔克效應，在過去的十年中已經得到了充分的研究並應用到光學轉換器和調制器。 -
Due to the ac stark effect, neutral atoms will undergo a dipole force from the inhomogeneous electromagnetic fields, while the dipole force acting on the atoms is proportional to the atomic dipole momentum and the gradient of light field
由於交流斯塔克效應，中性原子在非均勻電磁場中會受到的光偶極力的作用，偶極力的大小正比與原子的感生偶極矩及光場的梯度。 -
In this paper, the current states of research about the basic theory of stationary state perturbation method are firstly reviewed, on base of them, and studied some physics issues mainly about hydrogen atom. the stark effect of the energy level ( n = 4 ) of hydrogen atom is calculated and the stark effect of three dimensional hydrogen atom is discussed by the use of the parabolic coordinates, then the perturbative matrix elements for each energy level are given
本文首先綜述了關于定態微擾論基本理論的研究現狀，在此基礎上利用定態微擾論對某些物理問題，主要是對氫原子問題展開了研究，計算了氫原子n = 4能級的斯塔克效應，並利用拋物線坐標法求解了三維氫原子的斯塔克效應，給出了氫原子斯塔克效應中微擾矩陣元的普遍公式。
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