为了揭示adpa的非线性光学性质的微观机理，我们还应用量子化学计算方法进行了初步的理论研究。
The properties of ADPA were calculated by the method of quantum chemistry calculation and the microcosmic mechanism of non-linear optics properties of ADPA was explained.
与其他量子力学计算结果比较，表明这种动力学李代数方法在预言有机共轭分子的非线性光学性质上同样有用。
Compared with other quantum calculations, DLA method appears to provide an effective method for the calculation of the hyperpolarizability of conjugated organic molecules.
第四章给出了仅用线性光学元件足够可以实现有效的量子计算。
In chapter 4, Linear optics alone would suffice to implement efficient quantum computation is shown.
第四章给出了仅用线性光学元件足够可以实现有效的量子计算。
In chapter 4, Linear optics alone would suffice to implement efficient quantum computation is shown.
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